Is the Killer inside your home? Iran's Nuclear Program: Forgotten U.S. and Israeli Connection. Iran has ONE Nuclear Reactor -USA has 94

"The biggest question isn't what Iran is doing today. It's who helped build the system in the first place."

What happens when we stop looking at history as a series of isolated events and start following the institutions, industries, technologies, and people that shaped the modern world?

In this episode, we explore the rise of electricity, chemical warfare, nuclear technology, public health, military research, and the growing influence of experts throughout the twentieth century. From the introduction of electric power and the promises of progress, to the horrors of mustard gas in World War I, to the birth of the atomic age and the spread of nuclear technology across the globe, we examine how major technological revolutions were presented to the public—and what questions were left unanswered.

We follow the timeline from poison gas on the battlefields of Europe to secret military research programs, human radiation experiments, Atoms for Peace, the Cold War, and the emergence of a world increasingly managed by scientists, engineers, administrators, and institutions. Along the way, we examine declassified documents, government reports, military planning, historical treaties, and the work of researchers who challenged conventional explanations.

A central focus of this episode is Iran's nuclear program and the often-forgotten role played by the United States and Israel in helping establish it during the reign of the Shah. Long before Iran became portrayed as a nuclear threat, Western governments actively encouraged the development of nuclear technology in allied nations as part of a broader geopolitical strategy. We trace how that relationship evolved, how the Iranian Revolution changed the narrative, and how a program once promoted as peaceful became one of the most controversial issues in modern international politics.

This episode asks difficult questions about progress, technology, power, and trust. If governments publicly condemned chemical weapons, why did chemical weapons research continue? If the world rejected poison gas, why were stockpiles maintained for decades? How did nuclear technology move from Hiroshima and Nagasaki to being marketed as the future of civilization? Why was Iran encouraged to pursue nuclear technology in one era and condemned for it in another? And why did the public place so much faith in the experts who promised to guide society into a safer and more prosperous future?

Topics include electricity, dirty electricity, Samuel Milham, mustard gas, chemical warfare, the Geneva Protocol, human experimentation, nuclear history, Atoms for Peace, Iran's nuclear program, the Shah of Iran, U.S.-Iran relations, Israeli involvement in nuclear development, Cold War research programs, radiation studies, EMF research, smart meters, military technology, public health, scientific authority, and the institutions that helped build the modern world.

This is not a story about one technology, one country, or one war. It is a story about the systems, organizations, and ideas that transformed the twentieth century—and the questions that remain a century later.

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My Story: Is It Sulfur or Uranium in My Home MURDERING Me? Alzheimer's: Uranium And Sulfur Gases -Can Produce the EXACT Same Symptoms. April 20, 2026

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Tuberculosis (TB), Sulfur, and the Trick: Industrial Lung Injury Was Reclassified as Tuberculosis. TB Killed Millions While Sulfur Exposure Was Omitted from Death Records. January 16, 2026

America Blows Up the world with TNT—Then Claims There's No Evidence of Harm: How the World's Most Common Industrial Explosive Escaped Civilian Health Studies as Mining Expands in Alaska to Power AI. January 4, 2026

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America Didn't Invent the Nuclear Age — Germany and Hungary Did: Oppenheimer, Einstein, and the European Scientists Behind the U.S. Bomb. What Is Quantum? Why Uranium and Sulfur Were Confused. December 7, 2025

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The U.S. Army explored using radioactive poisons to assassinate important individuals such as military or civilian leaders, according to newly declassified docs. Approved at the highest levels of the Army in 1948, the effort was a well-hidden secret….

The Rise of the Modern Biolab

In 1910, Germany established the Friedrich Loeffler Institute on Riems Island. The island location was chosen because dangerous animal diseases could be studied away from the mainland. Riems became one of the world's earliest major biological research facilities.

During World War I, Germany also expanded chemical warfare research, developing weapons such as chlorine gas and sulfur mustard. This was a separate field from biological research but part of the broader growth of military science.

In 1943, during World War II, the United States established Fort Detrick as its primary biological warfare research center. Scientists studied anthrax, botulism, plague, and other infectious agents amid fears that Germany or Japan might develop biological weapons.

In 1954, the United States opened Plum Island Animal Disease Center. Like Riems Island before it, Plum Island was separated from the mainland to reduce the risk of animal diseases escaping into livestock populations. Its mission focused on agricultural and animal diseases rather than human biological warfare.

By the Cold War, biological, chemical, nuclear, and rocket research were all expanding rapidly. Governments in the United States, Soviet Union, Britain, and elsewhere invested heavily in scientific research related to national security.

After Germany's defeat in 1945, many German scientists were recruited by the United States and Soviet Union through programs such as Operation Paperclip. Most people remember the rocket scientists, but expertise from many technical fields was sought by the victorious powers.

In 1969, Richard Nixon ended the official U.S. offensive biological weapons program. Three years later, the Biological Weapons Convention prohibited countries from developing and stockpiling biological weapons. However, defensive research remained legal, leaving a distinction between offensive and defensive work that critics argue can sometimes be difficult to define.

The next major turning point came in 2001. Following the anthrax attacks that occurred shortly after the September 11 attacks, the United States dramatically increased biodefense spending. Billions of dollars flowed into laboratories, universities, disease surveillance programs, vaccine research, and high-containment facilities.

Since then, a global biodefense network has emerged consisting of government laboratories, university research centers, military facilities, and disease-monitoring programs. When people discuss large numbers of "biolabs" today, they are often referring to this broader biodefense infrastructure that expanded rapidly after 2001.

Biological Research, Chemical Warfare, and Biodefense Timeline

1910 — Riems Island opens in Germany. The Friedrich Loeffler Institute is established on an island to study dangerous animal diseases away from the mainland.

1914–1918 — During World War I, Germany expands both biological and chemical warfare research. Mustard gas, chlorine gas, and other chemical weapons become major military tools.

1925 — The Geneva Protocol prohibits the use of chemical and biological weapons in war, but does not ban research or stockpiling.

1930s–1945 — Germany develops major scientific programs in biology, chemistry, aviation, rocketry, and nuclear physics.

1943 — Fort Detrick becomes the center of the U.S. biological warfare program. Scientists study anthrax, botulism, plague, and other infectious agents.

1943–1945 — The Manhattan Project develops uranium- and plutonium-based nuclear weapons.

1945 — Germany collapses. The United States, Soviet Union, and Britain begin competing for German scientific expertise.

1945–1950s — Operation Paperclip brings German scientists and engineers to the United States.

1954 — Plum Island Animal Disease Center opens. Like Riems Island, it is located offshore to help contain dangerous animal diseases.

1950s–1960s — The Cold War accelerates biological, chemical, and nuclear research on both sides of the Iron Curtain. Most programs are publicly described as defense and preparedness efforts.

1969 — Richard Nixon ends the official U.S. offensive biological weapons program.

1972 — The Biological Weapons Convention prohibits the development, production, and stockpiling of biological weapons, while allowing defensive research.

2001 — Anthrax letters are mailed shortly after the September 11 attacks. The attacks trigger a major expansion of U.S. biodefense funding.

2001–Present — Billions of dollars flow into biodefense programs, disease surveillance, vaccine development, university research, and high-containment laboratories.

2000s–Present — A global network of BSL-3 and BSL-4 laboratories expands. Discussions about U.S.-funded biolabs often refer to this broader biodefense infrastructure rather than a single coordinated laboratory system.

Riems Island (1910) established the island-lab model for studying dangerous diseases.

Fort Detrick (1943) became America's biological warfare center.

Plum Island (1954) continued the island-lab approach for animal disease research.

Anthrax attacks (2001) triggered the modern biodefense expansion that led to the large network of laboratories seen today.

Manhattan Project develops uranium- and plutonium-based nuclear weapons.

USA has 94 Nuclear Reactors, China 57, Russia 37, Japan 33, South Korea 26, India 21, Ukraine 15, Iran Has One 1945

The United States develops and uses atomic bombs.

1950s–1960s

The Cold War begins.

The United States builds hundreds of underground nuclear missile silos across the Great Plains, mainly in Wyoming, Montana, North Dakota, South Dakota, Colorado, Nebraska, and nearby states.

At the Cold War peak, the U.S. had over 1,000 land-based nuclear missiles.

The goal was to deter the Soviet Union.

1970

The LGM-30 Minuteman III enters service.

It becomes the backbone of the U.S. land-based nuclear force.

Congress funded these programs through annual defense appropriations rather than one famous standalone "missile bill."

1991

The Soviet Union collapses.

Russia inherits most of the Soviet nuclear arsenal.

Both sides had nuclear missiles targeted against each other during the Cold War.

The missile fields remain.

1990s–2010s

The United States removes many missiles but keeps the system.

The force shrinks from over 1,000 missiles to about 400.

2019

The old floppy-disk command system is reportedly replaced.

This was not approved through a special "floppy disk bill."

It was part of ongoing military modernization funding.

The proof comes from public statements by the Air Force and government reports describing the upgrade.

Today

About 400 nuclear missiles remain in underground silos.

Most are in Wyoming, Montana, and North Dakota.

You can legally drive near some of them on public roads.

Cost

Estimated lifetime cost:

About $300 billion already spent.

About $140 billion planned for the Sentinel replacement program.

Bottom Line

The United States built a massive missile network during the Cold War to deter the Soviet Union.

The Soviet Union disappeared.

Russia inherited the nuclear weapons.

The missile network remained.

About $300 billion has already been spent.

About $140 billion more is planned.

The floppy disks became famous after a 2016 report from the Government Accountability Office mentioned that parts of the nuclear command system still used 8-inch floppy disks.

The public reaction was basically:

"Wait, what? They're still using floppy disks?"

That generated headlines.

Why keep them so long?

Ironically, the old system had some advantages:

• It was isolated.
• It wasn't connected to the internet.
• It was stable.
• It had been working for decades.

The military often prefers:

"Old but proven"

over

"New but untested"

for nuclear systems.

Why replace them?

Not because they got hacked.

More because:

• Parts were becoming difficult to obtain.
• Technicians familiar with the systems were retiring.
• The equipment was reaching the end of its useful life.

The simple timeline

1970s
System built. 1980s–2000s
Keeps working.

2016
GAO report reveals floppy disks are still being used.

2019
Air Force says the floppy-disk storage has been replaced. If they were still using floppy disks in 2016, how much of the Cold War infrastructure was still operating underneath the surface?

That's the question that got a lot of people looking deeper. The floppy disk was just the thing everyone could understand. The bigger issue was the age of the entire system.

What the floppy disk story told the public was that the government had allowed at least one critical Cold War-era system to remain in operation for decades longer than most people assumed.

Once that became public, a reasonable question was:

"If this system is still there, what else is still there?"

The honest answer is that there were almost certainly many other Cold War-era systems, procedures, facilities, communications networks, continuity plans, and command structures still operating in 2016. Some had been modernized. Some had been partially modernized. Some may have remained largely unchanged.

The public simply does not have a complete inventory.

What surprised people was not the floppy disk itself. It was the realization that the Cold War had never really been dismantled. The Soviet Union disappeared. The Cold War bureaucracy, nuclear deterrence structure, hardened facilities, command chains, emergency plans, and strategic institutions largely remained in place.

The Cold War ended politically.

Much of the infrastructure built to fight it did not.

How much survived? More than the public knew. How much still survives today?

Again, nobody outside the system can answer with certainty.

The floppy disk story was one of those rare moments when the curtain opened a few inches and people realized the stage behind it was much older than they had been told.

George H.W. Bush (1989–1993)
Cold War ends. Missile force remains.

Bill Clinton (1993–2001)
Missile force remains.

George W. Bush (2001–2009)
Missile force remains.

Barack Obama (2009–2017)
Supported nuclear modernization while also pursuing arms-control agreements.

Donald Trump (2017–2021)
Strongly supported modernization.

Joe Biden (2021–2025)
Continued Sentinel and nuclear modernization.

Donald Trump (2025–present)
Sentinel continues moving forward.

The interesting part for your timeline is:

• Presidents changed.
• Congress changed.
• Parties changed.
• The missile system remained.

That doesn't mean there was never debate. There has been constant debate.

But if you're looking at the root pattern, it is:

Cold War ends in 1991.

Thirty-five years later, every administration has kept the land-based missile force and funded its continuation in some form.

The story broke because the Government Accountability Office issued a report in 2016 about aging federal computer systems. Buried in that report was a reference to the nuclear command system still using 8-inch floppy disks. At first, it was just another government report. Then reporters noticed the floppy disk reference. One article led to another, and soon the headline became:

"America's nuclear weapons still run on floppy disks."

That headline spread everywhere.

Most people had never heard of SACCS. Many younger people had never even seen an 8-inch floppy disk. What caught the public's attention was not the technical details. It was the idea that one of the most important military systems in the world was still using technology associated with the 1970s.

The military's response was essentially that the system was old but reliable. The public reaction was very different:

"If they're still using floppy disks, what else is still running on Cold War technology?"

That question became the real story. The floppy disk itself was just the symbol. The larger issue was the age of the entire system.

2016
Government report mentions floppy disks.

Media notices.

Public reacts.

Military explains the system still works.

2019
System reportedly upgraded.

The floppy disks themselves weren't new information to the military. The military already knew they were there. The surprise was that the public suddenly found out.

In this case, the floppy disk became a symbol of the much larger issue that a lot of Cold War infrastructure was still operating decades after the Cold War ended.

Sulfur Mustard (Mustard Gas) Timeline

1822

French chemist César-Mansuète Despretz synthesizes compounds related to sulfur mustard chemistry.

At the time, there is no known military application.

1860

British chemist Frederick Guthrie produces sulfur mustard and documents its blistering effects on skin.

Researchers immediately recognize it as a highly dangerous substance.

1886

German chemist Victor Meyer develops a more practical method of production.

Large-scale manufacturing becomes more feasible.

1914

World War I begins.

European armies search for new weapons capable of breaking trench warfare stalemates.

1915

Germany deploys chlorine gas at the Second Battle of Ypres.

Chemical warfare enters the modern battlefield.

July 1917

Germany introduces sulfur mustard near Ypres, Belgium.

The world becomes familiar with what soldiers soon call "mustard gas."

Unlike chlorine, sulfur mustard attacks the skin, eyes, and lungs while contaminating terrain, equipment, and trenches for extended periods.

Thousands of soldiers suffer severe burns, blindness, and respiratory injuries.

1918

Military planners conclude that chemical weapons can disable armies and create long-term casualties without destroying infrastructure.

Research programs expand internationally.

1925

Nations sign the Geneva Protocol.

The treaty condemns the use of chemical and biological weapons in war.

Yet research, stockpiling, and military planning continue.

1930s

The United States, Britain, Germany, Japan, France, and the Soviet Union continue chemical warfare research.

Despite public condemnation, chemical weapons remain part of military planning.

1937–1945

Japan's Unit 731 conducts extensive chemical and biological warfare experiments.

Human subjects are exposed to various agents under wartime conditions.

1942

The U.S. military begins large-scale mustard gas testing programs involving servicemen.

Thousands of soldiers, sailors, and Marines participate.

Many are not fully informed about the nature of the tests.

1942–1945

Military personnel are exposed in:

• Gas chambers
• Field exercises
• Patch tests applied directly to skin
• Equipment and protective clothing trials

Researchers study injury patterns, protective gear, environmental conditions, and recovery times.

1942–1943

Segregated experiments are conducted on African American, Puerto Rican, and Japanese American servicemen.

Researchers investigate whether race affects susceptibility to mustard gas injuries.

The studies later become among the most controversial aspects of the testing program.

December 1943

The Bari Harbor disaster occurs in Italy.

German aircraft attack Allied shipping.

A secret American vessel carrying mustard gas munitions explodes.

Hundreds are exposed.

The true nature of the cargo remains classified for years.

1944–1945

Additional tests are conducted in desert, tropical, and arctic environments.

Researchers attempt to determine how climate affects exposure and protective equipment performance.

1945

World War II ends.

Chemical weapons are not used on a large scale by the major combatants in Europe.

Large stockpiles remain.

1946

Chemical, biological, and nuclear weapons increasingly become grouped together under the label:

Weapons of Mass Destruction (WMDs).

1950s–1960s

Chemical warfare programs continue in several countries.

Research increasingly focuses on defense, detection, and protective measures.

1970s

Former test subjects begin seeking records and medical recognition.

Many discover their participation was classified for decades.

1991

The U.S. government acknowledges many mustard gas testing programs.

Veterans gain greater access to records and benefits claims.

1993

The Chemical Weapons Convention is signed.

The treaty bans the development, production, stockpiling, and use of chemical weapons.

1997

The Chemical Weapons Convention enters into force.

Nations begin destroying declared stockpiles.

2000s–Present

Governments continue destroying remaining chemical weapons inventories.

Medical researchers study the long-term effects experienced by veterans and civilian victims.

The Historical Contradiction

1917: Mustard gas horrifies the world.

1925: Nations sign the Geneva Protocol condemning its use.

1930s–1940s: Research programs continue.

World War II: Thousands of military personnel are exposed in tests.

Decades later: Many participants are still seeking records, recognition, and answers.

The timeline raises a question that still resonates today:

If leaders understood how devastating mustard gas could be in 1917, why did chemical weapons research, stockpiling, and human testing continue for decades after the world publicly condemned it?

"Mustard gas horrified the world in 1917. Eight years later the Geneva Protocol condemned chemical warfare. Yet the United States spent the following decades studying mustard gas, stockpiling it, testing it, and exposing thousands of servicemen to it in research programs." The Background

World War I shocked the world with large-scale chemical warfare.

Starting with chlorine gas in 1915 and later phosgene and mustard gas, soldiers suffered:

• Blindness
• Severe skin burns
• Lung damage
• Long-term disability
• Slow, agonizing deaths

Millions were exposed, and chemical warfare became associated with a particularly frightening form of suffering.

By the end of the war, many nations agreed that something had to be done.

1925 – The Geneva Protocol

The treaty's official name was:

Protocol for the Prohibition of the Use in War of Asphyxiating, Poisonous or Other Gases, and of Bacteriological Methods of Warfare.

The key word is:

USE

The treaty prohibited the use of chemical and biological weapons in war.

What It Did NOT Ban

The protocol did not prohibit:

• Research
• Development
• Manufacturing
• Stockpiling
• Military planning
• Defensive testing

So a nation could sign the treaty and still:

• Build chemical weapon factories.
• Maintain stockpiles.
• Train troops.
• Conduct research.

As long as it claimed it would not be the first to use them.

That distinction is huge.

Why This Matters

Many people hear:

"Chemical weapons were banned in 1925."

What is more accurate is:

"The use of chemical weapons was prohibited, but possession and preparation largely remained legal."

That's why chemical arsenals continued to grow in many countries after 1925.

The American Position

The United States signed the protocol in 1925 but did not ratify it for decades.

Meanwhile:

• Chemical warfare research continued.
• The Chemical Warfare Service expanded.
• Industrial production capability remained.
• Mustard gas stockpiles remained.

Military planners argued:

"If another nation uses chemical weapons, we must be prepared to respond."

That logic became the justification for maintaining the capability.

The Historical Contradiction

The public message was:

"Chemical warfare is so horrible that civilized nations must reject it."

The practical military response was often:

Chemical warfare is so important that we must continue studying it.

The Geneva Protocol condemned the use of poison gas. It did not eliminate poison gas.

Nations continued researching it, producing it, stockpiling it, and planning for it.

The weapon was condemned. The institutions built around the weapon survived.

And that's why the story doesn't end in 1925. In many ways, the Geneva Protocol marks the beginning of the next chapter rather than the end of the first one

The Geneva Protocol was a significant step because it established an international norm against the use of chemical and biological weapons in war. But it did not eliminate existing stockpiles, shut down research laboratories, close production facilities, or prevent countries from preparing for chemical warfare.

So the public hears:

"Mustard gas was banned."

While a historian might say:

"The use of mustard gas was condemned, but many countries continued to maintain chemical warfare capabilities."

1925 — Geneva Protocol

Official name:

Protocol for the Prohibition of the Use in War of Asphyxiating, Poisonous or Other Gases, and of Bacteriological Methods of Warfare

What it did:

• Prohibited the use of chemical weapons in war.
• Prohibited the use of biological weapons in war.

What it did not prohibit:

• Research
• Development
• Manufacturing
• Stockpiling
• Military planning

This is why countries could sign the Geneva Protocol and still maintain chemical warfare programs.

1972 — Biological Weapons Convention (BWC)

Official name:

Convention on the Prohibition of the Development, Production and Stockpiling of Bacteriological (Biological) and Toxin Weapons and on Their Destruction

This went much further than the Geneva Protocol.

It prohibited:

• Development
• Production
• Stockpiling

Not just use.

1993 — Chemical Weapons Convention (CWC)

Official name:

Convention on the Prohibition of the Development, Production, Stockpiling and Use of Chemical Weapons and on Their Destruction

This was the equivalent treaty for chemical weapons.

It prohibited:

• Development
• Production
• Stockpiling
• Transfer
• Use

And required destruction of declared stockpiles.

It entered into force in 1997.

A lot of people hear:

"Chemical weapons were banned in 1925."

Historically, that's not quite right. A more accurate timeline is:

1925
Geneva Protocol "Don't use chemical weapons."

• 1972 Biological Weapons Convention "Don't develop, produce, or stockpile biological weapons."
• 1993 Chemical Weapons Convention "Don't develop, produce, stockpile, transfer, or use chemical weapons."

That means there was a 68-year gap between the Geneva Protocol and the Chemical Weapons Convention.

1917 — Mustard gas horrifies the world.

1925 — Nations condemn its use.

1930s — Research continues.

1940s — Stockpiles grow.

1940s — Human testing continues.

Cold War — Chemical arsenals remain.

1993 — The world finally agrees to ban development, production, and stockpiling.

That's why the Geneva Protocol and the Chemical Weapons Convention are not the same thing. The first condemned use; the second attempted to eliminate the weapons themselves.

"Most people hear 'Geneva Protocol' and assume the mustard gas story ended. In reality, the treaty was closer to the end of one chapter and the beginning of another."

"The public thought the world had closed the book on chemical warfare. Governments kept reading."

This book is written in an urgent attempt to warn you about what I believe to be a global man-made health threat. When Thomas Edison began wiring New York City with a direct current electricity distribution system in the 1880s, he gave us the magic of electric light, heat, and power, but inadvertently opened a Pandora's Box of unimaginable illness and death.

There is a high likelihood that most of the twentieth century "diseases of civilization," including cardiovascular disease, malignant neoplasms (cancer), diabetes, and suicide, are not caused by lifestyle alone, but by certain physical aspects of electricity itself.

The data to prove this has been available since 1930, but no one investigated it. Consequently, the "wars" on cancer and cardiovascular diseases are doomed to failure, because a critical etiologic factor has not been recognized. What's more, these very diseases are now increasing in the population in direct proportion to our increasing exposures to high-technology electrical devices. The electrical part of this story begins with a childhood leukemia cluster centered in Rome, New York, that I studied in the 1960s.

I didn't realize that the cluster was probably caused by radar exposure until many years later when Stanislaw Szmiegelski, a researcher in Poland, reported that radar and radio-exposed military personnel had high rates of leukemia and lymphoma (Szmiegelski 1996). In the United States, the emergence of childhood leukemia in the 1930s, and the spread of the age two-through-five-year peak for the major leukemia of childhood, common acute lymphoblastic leukemia, was strongly correlated with the gradual spread of electrification from urban into rural areas (Milham & Ossiander 2001).

Even today, this childhood leukemia age peak does not appear in non-electrified areas like sub-Saharan Africa. While conducting the childhood leukemia age peak study, a few adult cancers, including female breast cancer, also showed a strong correlation with residential electrification. At that time, I could not believe that 60-Hz magnetic fields could be responsible.

A few years later, a 2004 newspaper article about a cancer cluster in teachers at the La Quinta Middle School in Southern California led me to conduct another study, which showed that high frequency voltage transients (called "dirty electricity" by the utility industry) was a potent universal carcinogen. Dirty electricity rides along on the sixty-cycle sine wave of alternating current (AC) power as high frequency voltage transients, between two and one hundred kilohertz. It also is increasingly found in ground currents returning to utility substations. They are caused by interruptions of current flow and by arcing and sparking. Dirty electricity can be present on electrified wires anywhere and probably has been on them since the beginning of electrification.

Ambient dirty electricity couples capacitively to the human body and induces electrical currents in the body. The La Quinta paper, published in 2008 (Milham & Morgan 2008), led to another study in 2009, "Historical evidence that electrification caused the twentieth century epidemic of disease of civilization" (Milham 2010), which motivated the writing of this book and my warning.

This book will explain how a then seventy-two-year-old retired medical epidemiologist became involved with what turned out to be the most important, interesting, heart-breaking, and difficult series of studies of my long career. The health and mortality effects of electrification happened so gradually, and on such a wide scale, that they went virtually un-noticed, and the major illnesses that can be attributed to them came to be considered "normal" diseases of modern civilization.

Although major cities had electricity at the turn of the last century, it took until the mid-1950s for the last farms in the United States to be electrified. By 1940, more than 90 percent of all the residences in the northeastern United States and California were electrified. In 1940, almost all urban residents in the United States were, therefore, exposed to electromagnetic fields (EMFs) in their residences and at work, while rural residents were exposed to varying levels of EMFs, depending on the progress of rural electrification in their states. In 1940, only 28 percent of residences in Mississippi were electrified, while five other Southern states had less than 50 percent of residences electrified.

Eleven states, mostly in the Northeast, had residential electrification rates above 90 percent. In the highly electrified Northeastern states and in California, urban and rural residents could have similar levels of EMF exposure, while in states with low levels of residential electrification, there were potentially great differences in EMF exposure between urban and rural residents. It wasn't until 1956 that these differences finally disappeared. What was already known by then, but not appreciated, was that urban death rates were much higher than rural rates for cardiovascular diseases, malignant neoplasms, diabetes and suicide in the 1930 and 1940 United States mortality data. In 1930, urban cancer death rates were 58.8 percent higher than rural cancer death rates.

Rural death rates were significantly correlated with the level of residential electric service by state for most of the causes examined. It is difficult to believe that mortality differences of this magnitude could go unexplained for more than seventy years after first being reported, and forty years after they had actually been noticed and commented upon. I suspect that in the early part of the twentieth century, nobody was looking for answers or knew how to properly frame the appropriate broad epidemiologic questions. By the time EMF epidemiology began in earnest in 1979, the entire population was exposed to EMFs. There was then simply no way to find an unexposed control group; therefore, all studies were potentially biased. Cohort studies, which follow groups of people forward in time, were by then using EMF-exposed population statistics to compute expected values, and case-control studies were comparing more exposed cases to less exposed controls.

By way of analogy, the mortality from lung cancer in two-pack-a-day smokers is more than twenty times that of non-smokers, but only three times that of one-pack-a-day smokers. Extending that analogy to EMFs, after 1956, the EMF equivalent of a non-smoker ceased to exist in the United States, with the exception of the small Amish population. The inescapable conclusion of these findings is that the twentieth century epidemic of the so-called diseases of civilization, including cardiovascular disease, cancer, diabetes and also suicide, was caused by electrification and the unique biological responses we have to it. A large proportion of these diseases may therefore be preventable. We are an electrochemical soup at the cellular and organ level. Think of ECG (electrocardiogram), EEG (electroencephalogram), and EMG (electromyogram). We evolved in a complex EMF environment with an interplay of natural terrestrial and extra-terrestrial EMF sources from solar activity, cosmic rays, and geomagnetic activity. I believe that our evolutionary balance, developed over the millennia, has been severely disturbed and disrupted by man-made EMFs.

I believe that man-made EMFs, especially dirty electricity, are chronic stressors and are responsible for many of the disease patterns of electrified populations. The very good news is that there are reasonable ways to eliminate or reduce this hazard if society chooses to do so, in ways that can make modern life far safer without requiring us to live in the dark.

It took nearly fifty years of education and experience to place me in a position to really understand what the La Quinta school cancer data meant. Please join me in a trip back to Albany, New York, in 1932 as I explain how I got to here from there Continues: Dirty Electricity: Electrification and the Diseases of Civilization

Early Smart Meter Patent Applications

• 1970s–1980s: There were patents related to automatic meter reading (AMR) technologies. These were the predecessors to smart meters, focused on remote reading of meters via telephone lines or radio.

• 1990s: Patents began to appear that combined AMR with two-way communication — an essential feature of smart meters. Examples include:

• 1991 (US Patent 5,043,851) — Remote utility meter reading system using radio signals (Motorola).

• 1993 (US Patent 5,278,498) — Apparatus for remotely reading electric meters.

• Late 1990s – Early 2000s: The term "smart meter" started appearing in patent filings, alongside developments in mesh networking and PLC (power line communication).

• 2001 (US Patent 6,278,936) — Method and apparatus for real-time monitoring of energy usage (Echelon Corporation).

• 2002–2003 — Companies like Itron, Landis+Gyr, and Elster began filing patents for more advanced smart meter systems.

Smart Grid & Smart Meter Surge

• 2004–2008: Major patent activity coincided with the early smart grid initiatives and utility pilot projects.

• 2005 — Numerous filings by Itron, Landis+Gyr, General Electric, and Siemens focused on two-way communication, demand response, and remote disconnection.

• 2007 — The U.S. government began emphasizing smart grid tech under the Energy Independence and Security Act (EISA 2007), sparking a flurry of patents.

Key Patent Holders

• Itron (formerly Schlumberger's metering division)
• Landis+Gyr
• Elster
• General Electric
• Siemens
• Silver Spring Networks
• Motorola (earlier AMR technology)
• Echelon
• Cisco (later networking layers for smart grids)

Timeline Summary

Period Activity 1970s–1980s AMR (remote meter reading) patents, no "smart meter" term 1990s Early two-way communication patents 2000–2004 First smart meter patents focused on real-time monitoring 2005–2008 Surge in smart meter & grid patents, mesh networking, demand-response features 2009+ Continued innovation — integration with smart homes, renewables, and IoT

Company Country of Origin Primary Role Itron United States (Washington) Smart meters, AMI systems, utility networks Landis+Gyr Switzerland Electric, gas, water smart meters Elster (now Honeywell) Germany Utility metering and AMI systems General Electric (GE) United States Grid infrastructure, metering technology Siemens Germany Smart-grid and utility systems Silver Spring Networks United States Smart-grid networking (acquired by Itron) Motorola United States Early wireless AMR communications Echelon United States Utility networking technology Cisco United States Networking layer for smart grids

A few interesting ownership connections emerged over time:

• Itron acquired Schlumberger's electricity metering division in 2004.
• Itron acquired Silver Spring Networks in 2018, combining two major smart-grid players.
• Landis+Gyr was founded in Switzerland in 1896 and was later acquired by Toshiba of Japan in 2011.
• Elster eventually became part of Honeywell.

Cisco

• Extensive U.S. Department of Defense and federal government contracts.
• Cisco networking equipment is used throughout military and government networks.
• However, those contracts are generally for networking infrastructure rather than smart meters specifically.

Motorola

• Long history of military, intelligence, public-safety, and government communications contracts.
• One of the strongest military connections on the list.

Siemens

• Historically supplied military-related industrial technologies in various countries over many decades.
• Modern Siemens is primarily an industrial and infrastructure contractor.

General Electric

• Major military contractor.
• Builds aircraft engines, defense electronics, and numerous military systems.
• One of the largest defense-connected firms on your list.

For the dedicated smart-meter firms:

Itron

• Primarily utility focused.
• Receives government and utility contracts.

Landis+Gyr

• Utility metering company.
• No major defense-contractor profile comparable to GE, Motorola, or Cisco.

Silver Spring Networks

• Utility networking company.
• Built communications networks for electric grids.
• No major public profile as a defense contractor before acquisition by Itron.

Echelon

• Focused on industrial networking and smart-grid communications.
• Not generally considered a major military contractor.

If you follow the patent trail, a surprisingly large amount of smart-meter innovation ended up concentrated among a relatively small group of firms. By the mid-2010s, licensing agreements and acquisitions meant companies such as Itron, Landis+Gyr, GE/Aclara, Elster, and Silver Spring were interconnected through patents, standards groups, acquisitions, and technology-sharing arrangements.

So when people ask, "Who owns the smart-meter technology?" the answer is not hundreds of independent companies. It is a fairly small circle of multinational firms, mostly from the United States, Switzerland, and Germany, whose technologies became increasingly interconnected through mergers, licensing, and industry standards.

The more interesting question may not be whether these companies had military contracts—many large technology companies do—but whether the same networking, telemetry, and remote-management technologies developed for utilities later became part of broader "smart city," critical infrastructure, and Internet-of-Things systems. That overlap is well documented, particularly for Itron, Cisco, and Silver Spring Networks.

What are Smart Meters?

A smart meter is an electronic device that records information such as consumption of electric energy, voltage levels, current, and power factor, and communicates the information to the consumer and electricity suppliers

Smart meters are spreading worldwide, but adoption rates vary enormously. By the end of 2024, more than 1.8 billion smart meters had been installed globally, and deployment is still accelerating.

Countries with very high penetration include:

• China — essentially complete nationwide rollout.
• Japan — near completion.
• United States — among the highest adoption rates globally, around 80% penetration.
• Italy and Spain — early adopters with widespread deployment.

Countries where smart meters exist but are still being rolled out include:

• India — massive ongoing deployment, with hundreds of millions planned.
• Bangladesh — deployment underway in urban areas but far from universal.
• South Korea — rollout experienced delays but continues.
• Taiwan — relatively low penetration compared with neighbors.

Countries with limited deployment or major resistance are more common in parts of:

• Sub-Saharan Africa
• Central Asia
• Some Middle Eastern countries
• Smaller developing nations with less developed electric grids.

An interesting exception is West Bengal, where the state government announced in 2025 that residential smart meters would not be installed, despite broader smart-meter initiatives elsewhere in India.

So the trend is not really "which countries don't have smart meters?" anymore. The more accurate question in 2026 is:

Which countries have not yet reached large-scale adoption?

Those tend to be lower-income countries, countries with aging grid infrastructure, or places where governments have delayed deployment due to cost, politics, or public opposition. Meanwhile, major economies in North America, Europe, and East Asia are moving toward smart meters as the default electricity meter.

Prepaid service. That is one of the reasons utilities like smart meters. They can support remote reading, remote connection/disconnection, and prepaid billing systems, which are being promoted in a number of developing countries including parts of South Asia and Africa.

Countries with operating nuclear power plants include:

• United States
• France
• China
• Russia
• Japan
• South Korea
• India
• Canada
• Ukraine
• United Kingdom
• Sweden
• Finland
• Spain
• Belgium
• Switzerland
• Czech Republic
• Slovakia
• Hungary
• Romania
• Bulgaria
• Slovenia
• Armenia
• Iran
• Pakistan
• Mexico
• Brazil
• Argentina
• South Africa
• United Arab Emirates
• Belarus

Countries with no operating nuclear power plants include:

• Australia
• New Zealand
• Norway
• Denmark
• Ireland
• Austria
• Portugal
• Greece
• Egypt (building, but not yet operating)
• Saudi Arabia
• Bangladesh (building, not yet operating)
• Most countries in Africa, Central America, Southeast Asia, and the Caribbean.

One thing that stands out is that many advanced industrial countries operate large electrical grids without nuclear power at all.

For example:

• Australia relies heavily on coal, gas, solar, and wind.
• Norway relies mostly on hydroelectric dams.
• Denmark relies heavily on wind power.
• Austria relies heavily on hydroelectric power.

So nuclear power is not required to run a modern industrial society. Many countries have chosen other energy sources.

The countries that built large nuclear programs after the 1950s were generally those with:

• Large industrial economies.
• Strong engineering sectors.
• Cold War strategic interests.
• Access to uranium or nuclear technology partnerships.

That's why you tend to see nuclear power concentrated in North America, Europe, Russia, East Asia, and a handful of countries in the Middle East and South Asia rather than evenly spread across the globe.

If the premise is that "dirty electricity" is being generated by the electrical system itself rather than by nuclear reactors, then the existence or absence of nuclear power plants becomes largely irrelevant.

Within that fictional framework:

• A coal plant could generate it.
• A natural gas plant could generate it.
• A hydroelectric dam could generate it.
• A wind farm connected to power electronics could generate it.
• A solar farm could generate it.
• A nuclear plant could generate it.

That would mean countries such as:

• Australia
• Norway
• Denmark
• Austria

Could all be affected despite having no operating nuclear power plants.

In real-world electrical engineering, "dirty electricity" usually refers to high-frequency voltage transients, harmonics, switching noise, and waveform distortions riding on top of the normal 50/60 Hz power signal. Those effects can arise from many sources throughout a grid, including:

• Industrial equipment.
• Variable-speed motor drives.
• Inverters used in solar and wind systems.
• Switching power supplies.
• Transmission equipment.
• Certain consumer electronics.

They are not unique to nuclear generation.

If the hidden mechanism is tied to the electrical network itself, then a hydro-powered country like Norway and a coal-powered country like Australia could experience the same phenomenon.

The common denominator would be the electrical infrastructure, not the fuel source used to generate the electricity.

Could "Dirty Electricity" Be a Successor Concept?

Dirty electricity refers to:

• Electrical pollution: spikes, surges, and erratic frequencies on power lines not part of the clean 50/60 Hz sine wave.
• Some researchers (and conspiracy theories) suggest this could:
• Stress human biology
• Contribute to chronic illness
• Be deliberately engineered as an invisible weapon (biological, psychological, or population control)

Hypothetical connection to military doctrine:

• After giving up radiological poisons, covert programs may have:
• Explored EMF (electromagnetic fields) and power grid-based ways to affect populations subtly.
• Focused on long-term, deniable methods (e.g., sickening people via their environment rather than overt weapons).

There are Cold War-era projects in the U.S. and Soviet Union that explored:

• EMF and microwave effects on health and behavior.
• Technologies like Project Pandora (U.S. microwave mind control studies, 1950s-1970s).
• Soviet "Woodpecker" signal and studies of low-frequency EM weapons.

Is There Evidence of Intentional Dirty Electricity as a Weapon?

What we know:

• There is no declassified proof that dirty electricity was developed as a military population-control tool.

• But military interest in EMF and its biological effects is well-documented.

• Power grids could theoretically deliver harmful frequencies — but whether this has been done systematically is unproven, though suspected by some independent researchers.

Theory Fits a Known Pattern

Secret programs start with overt weapons (radiological, nuclear, chemical).
When politically risky or impractical, shift to:

• Covert technologies (EMF, psychological ops, environmental manipulation).
• Long-term, low-profile strategies.

PHASE 1: Radiological Warfare Research (1948–1954)

Army memos (1948):

Plans to create weapons that would:

• Assassinate individuals with radioactive poisons.
• Contaminate land to deny its use.
• Combine explosives + radioactive material.

Why it faded:

• Nuclear bombs were seen as more practical.
• Radiological weapons could be too indiscriminate or politically dangerous.

PHASE 2: Shift to Invisible, Covert Technologies

After 1954, Cold War focus included:

Psychotronic weapons / mind control studies (MKULTRA, ARTICHOKE, BLUEBIRD).

Project Pandora (1950s-1970s): U.S. studies of microwave radiation's effect on the brain, partly in response to the Soviet microwave bombardment of the U.S. embassy in Moscow.

Soviet and U.S. interest in ELF/VLF (Extremely Low / Very Low Frequency) fields, for potential use in disrupting human health or cognition.

DARPA + CIA: Early research on electromagnetic pulse (EMP) effects, brainwave entrainment, and crowd control using directed energy.

PHASE 3: Possible Domestic Application — Power Grid & Dirty Electricity

By the 1970s-80s, researchers like Dr. Robert O. Becker and Neil Cherry warned that artificially altered EMFs could affect health.

"Dirty electricity" (high-frequency voltage transients and harmonics riding on standard 60 Hz power) becomes an identified concern in the civilian sector.

Some theorists propose:

• The power grid could be used as an invisible delivery system for harmful EM fields.

• Intentional manipulation (or reckless military-industrial experimentation) could produce widespread biological stress — fatigue, cancer, mood disorders.

Why this fits a Cold War mindset

Radiological weapons = crude, detectable, diplomatically dangerous.
EMF / power grid weapons = invisible, deniable, continuous, adaptable to "peacetime" or slow-acting population control.

This shift mirrors the larger trend of:

• Moving from kinetic to silent weapons.
• Moving from battlefield to environmental battlefields (including homes, cities).

Map of Research Sites + Power Grid Projects

• Key military labs and test sites linked to radiological and EMF research (e.g., Dugway Proving Ground, Fort Detrick, MIT Lincoln Laboratory, NSA facilities).

• Locations tied to early power grid expansion and experimental EMF field studies.

Summary of Key Documents

• Declassified Army memos on radiological weapon projects (1948–1954).
• Project Pandora and Moscow Signal studies (1950s–70s).
• Early government and scientific reports on EMF health effects and dirty electricity.
• Relevant patents and whistleblower statements.

From Radiological Weapons to Dirty Electricity

Year Event/Project Description 1948 U.S. Army Radiological Weapons Project Approved secret research on radioactive poisons for assassination and area contamination. Prototypes aimed by 1950. Early 1950s Radiological weapon research continues Project active but heavily censored; dies down by mid-1950s as nuclear weapons take precedence. 1950s–1970s Project Pandora / Moscow Signal U.S. investigates microwave radiation exposure from suspected Soviet source; effects on health and cognition studied. 1960s MKULTRA & related mind control programs CIA and military explore behavioral control, including EMF and psychotronic effects. 1970s–1980s Dirty Electricity concept emerges Scientists document high-frequency electrical noise in power lines, linked to health complaints; military interest in EMF weapons grows. 1980s–2000s Expansion of EMF weapon research & infrastructure DARPA and others explore electromagnetic pulse (EMP), crowd control tech; power grid modernizes with increased electronics generating "dirty electricity." 2000s–present Public and independent research on EMF & dirty electricity Health advocates warn about chronic exposure; some link to covert environmental control theories. Visual Timeline: Radiological Weapons → EMF → Dirty Electricity Year Event/Project Notes 1948 U.S. Army Radiological Weapons Secret project to develop radioactive poisons and area contamination weapons; ended ~1954 1950s-70s Project Pandora / Moscow Signal U.S. studied microwave radiation effects from Soviet embassy targeting; brain effects studied 1950s-70s MKULTRA, ARTICHOKE CIA mind control and psychotronic weapons research, including EMF and chemical methods 1960s-80s Dirty Electricity Identified Researchers documented electrical pollution in power lines, linked to health concerns 1980s-2000s DARPA, military EMF weapons research Research into EMP, crowd control via EMF; power grid and electronics modernization increased "dirty electricity" 2000s–present Public awareness and independent research Growing concerns about chronic EMF exposure; some theories about covert use in population control Map of Research Sites and Power Grid Projects

Key Sites linked to radiological and EMF research:

• Dugway Proving Ground, Utah — Chemical and radiological testing.
• Fort Detrick, Maryland — Biological and radiological research.
• MIT Lincoln Laboratory, Massachusetts — EMF, radar, and directed energy research.
• NSA facilities in Maryland & Fort Meade — Intelligence and EMF research.
• Los Alamos National Lab, New Mexico — Nuclear and radiological weapons development.
• Soviet facilities: Semipalatinsk Test Site (Kazakhstan), Moscow Signal origin point.

Power Grid-related:

• Major U.S. power grid hubs linked to EMF studies, such as PJM Interconnection, California ISO.

• Early experimental sites for EMF transmission (Bell Labs, 1960s).

Summary of Key Documents

• Army Radiological Weapon Memo, Dec 16, 1948 — outlines priorities, secret status, and project goals.
• Project Pandora Declassified Files (late 1970s) — detail microwave exposure studies on embassy personnel.
• Scientific papers on dirty electricity — e.g., Dr. Robert Becker's work on EMF biological effects (1970s-80s).
• Whistleblower accounts related to covert EMF exposure or grid manipulation (various sources).

Phase 1: Radiological Warfare (1948–1954)

The Army explored radioactive poisons, contamination weapons, and radiological warfare concepts.

The idea was simple:

If nuclear weapons could destroy cities instantly, radioactive materials might be used to contaminate people, land, ports, transportation corridors, and military facilities over long periods.

By the mid-1950s, interest shifted toward nuclear weapons, which were viewed as more practical and decisive.

Phase 2: Cold War Research into Invisible Effects (1950s–1970s)

As the Cold War intensified, both the United States and Soviet Union investigated technologies that could influence human beings without conventional explosives.

Research areas included:

• Microwave radiation
• Electromagnetic fields
• Behavioral modification
• Psychological operations
• Brain and nervous system effects

Programs such as Project Pandora emerged from concerns about microwave exposure directed at the U.S. Embassy in Moscow.

At the same time, CIA programs such as MKULTRA, ARTICHOKE, and BLUEBIRD explored methods of influencing human behavior.

Phase 3: Environmental Exposure Questions (1970s–Present)

As modern electrical infrastructure expanded, scientists began studying whether chronic exposure to electromagnetic fields could affect human health.

Researchers including Robert O. Becker examined biological responses to electromagnetic exposure.

Concerns later expanded to include:

• High-voltage transmission lines
• Radiofrequency emissions
• Wireless communications
• Harmonics and transient voltages on power systems
• So-called "dirty electricity"

The Open Question

At this point the historical record splits into two paths.

Documented:

• Governments researched radiation.
• Governments researched chemical agents.
• Governments researched biological agents.
• Governments researched electromagnetic effects.
• Governments researched psychological manipulation.

Not Documented:

• A declassified program using dirty electricity as a population-control weapon.
• Evidence that power grids have been systematically modified to intentionally sicken civilian populations.
• Proof that modern electrical systems are being used as a covert radiological-style warfare platform.

That distinction is important because it allows the audience to see what is established versus what remains speculative.

"Did dirty electricity replace radiological warfare?"

"Once governments demonstrated an interest in radiological, chemical, biological, psychological, and electromagnetic research, where did those lines of research lead after the Cold War?"

Human Radiation Experiments

Human Radiation Experiments Timeline

Year / Period Event / Program 1944–1947 Early atomic era secret experiments on civilians and military personnel began. Example: plutonium injections into hospital patients without consent (18 patients between 1945–1947). Patients at Oak Ridge, Chicago, Rochester, and San Francisco hospitals were injected with plutonium or uranium to study excretion and retention. 1945–1947 In an experiment at Vanderbilt University, 829 pregnant women were given "vitamin drinks" containing radioactive iron (without consent) to study placental transfer of radioisotopes. At least 7 babies later died from cancers and leukemia; mothers suffered rashes, anemia, hair/tooth loss, and cancer. 1940s–1950s Numerous tests on military personnel during atomic bomb tests (Nevada Test Site, Pacific Proving Grounds). Long-term tracking of radiation exposure effects on soldiers. 1950s–1960s Radioactive isotopes fed to children at institutions like the Fernald School (Massachusetts). Prisoners' testicles irradiated in Oregon and Washington as part of government-sponsored studies of radiation's effect on fertility. 1963–1973 130 inmates at Washington and Oregon prisons subjected to testicle irradiation experiments run by the University of Washington for the U.S. government. Inmates were exposed to over 400 rads (≈2,400 chest x-rays) in 10-minute sessions. Participants later won a $2.4 million settlement in 2000. 1960s–1970s Fallout studies and continued radiation experiments on vulnerable populations, including civilians near nuclear test sites. 1974 First major press coverage of unethical radiation experiments, as public scrutiny of medical abuses (e.g., Tuskegee Syphilis Study) grew. 1986 Congressman Ed Markey released "American Nuclear Guinea Pigs: Three Decades of Radiation Experiments on U.S. Citizens", documenting 31 major experiments involving ~695–700 human subjects without proper consent. 1993 National exposés (e.g., Albuquerque Tribune) brought renewed attention; President Clinton ordered a federal investigation. 1994–1995 The Advisory Committee on Human Radiation Experiments (ACHRE) conducted a detailed review, declassified documents, and issued a final report confirming and expanding prior findings. Examples of Experiments

• 18 hospital patients injected with plutonium (1945–1947)

• 829 pregnant women given radioactive iron at Vanderbilt (1945–1947)

• Prisoners' testicles irradiated in Oregon and Washington (1950s–1970s)

• Radioactive cereal fed to mentally disabled children at Fernald School (1950s)

• Military personnel deliberately exposed during nuclear weapons tests (1940s–1950s)

• Fallout exposure studies on civilians near test sites (1950s–1970s)

Summary of Years

The core period of human radiation experimentation ran from:
1944 to ~1974 (≈30 years of active experiments)
with public exposure, investigations, and accountability processes unfolding:
1974 to 2000

Mustard Gas Tested on American Military

In 1943, the U.S. Navy exposed its own sailors to mustard gas. Officially, the Navy was testing the effectiveness of new clothing and gas masks against the deadly gas that had proven so terrifying in the first World War. The worst of the experiments occurred at the Naval Research Laboratory in Washington.

Seventeen and 18-year old boys were approached after eight weeks of boot camp and asked if they wanted to participate in an experiment that would help shorten the war. Only when the boys reached the Research Laboratory were they told the experiment involved mustard gas. The participants, almost all of whom suffered severe external and internal burns, were ignored by the Navy and, in some cases, threatened with the Espionage Act. In 1991, the reports were finally declassified and taken before Congress

Mustard Gas Human Experiments Timeline

Year / Period Event / Program 1917 Sulfur mustard ("mustard gas") first used on a large scale during. Tens of thousands of military casualties suffer severe burns, blindness, and lung damage. 1918–1930s Military researchers in multiple countries study long-term effects of mustard gas exposure on soldiers and workers. 1942–1945 U.S. military conducts secret mustard gas experiments on approximately 60,000 service members. Subjects exposed in gas chambers, field exercises, and laboratory tests, often without informed consent. 1942–1945 African American, Japanese American, and Puerto Rican troops deliberately included in some studies to investigate claims about racial differences in susceptibility. 1943 The disaster involving the cargo ship exposes hundreds of Allied personnel and civilians to mustard gas released from a secret U.S. stockpile aboard the SS John Harvey. 1944 Naval Research Laboratory and military researchers continue blister-agent testing on sailors and soldiers under controlled conditions. 1940s–1950s Follow-up studies monitor exposed veterans for skin, respiratory, eye, and cancer-related effects. 1970s Growing public scrutiny of military human-subject experimentation begins following revelations about various Cold War-era programs. 1991–1993 Previously classified mustard gas testing programs receive significant media attention. Thousands of veterans learn details of their participation for the first time. 1993 U.S. government begins declassification efforts concerning mustard gas and Lewisite testing programs. 2005 The U.S. Department of Veterans Affairs formally acknowledges many mustard gas test participants and expands compensation eligibility for certain exposure-related illnesses. Examples of Mustard Gas Experiments

• Gas chamber exposure tests on Army personnel.
• Field exercises in contaminated training areas.
• Patch tests applying mustard agent directly to skin.
• Navy sailor exposure studies.
• Race-comparison studies involving segregated military units.
• Long-term medical monitoring of exposed veterans.

Common Reported Effects

Short-Term

• Severe skin blistering
• Eye burns and temporary blindness
• Coughing and breathing difficulty
• Nausea and fatigue

Long-Term

• Chronic lung disease
• Scarring of skin and eyes
• Increased risk of respiratory cancers
• Chronic bronchitis and emphysema
• Persistent eye damage

Related Chemical Warfare Research Year / Period Program 1942–1945 Mustard gas testing on military personnel 1942–1945 Lewisite exposure studies 1950s–1960s Chemical defense research involving blister agents 1953–1973 Chemical and biological testing overlaps with broader Cold War human-subject programs, including some projects associated with 1960s–1970s Continued research into protective equipment, decontamination, and chemical-agent effects Summary of Years

The major period of documented U.S. mustard gas human experimentation ran approximately:

1942–1945 (active wartime testing)

Followed by:

1945–1993 (monitoring, secrecy, classification, and eventual disclosure)

1993–2005+ (declassification, investigations, and veterans' compensation efforts)

The mustard gas program involved far more people than many of the radiation experiments. Historians generally estimate roughly 60,000 U.S. service members participated in mustard gas and Lewisite testing during World War II, making it one of the largest known military human-subject exposure programs in U.S. history.

Large-scale documented human exposure or experimentation programs conducted by governments, militaries, prisons, hospitals, or research institutions, a few categories show up repeatedly:

Period Substance / Agent Examples 1910s–1940s Mustard Gas & Lewisite Military exposure tests on soldiers 1932–1972 Syphilis 1940s–1970s Radiation & Radioisotopes Plutonium injections, radioactive feeding studies 1940s–1970s Biological Agents Bacteria dispersal tests, exposure studies 1950s–1970s LSD & Psychoactive Drugs CIA-linked research under 1950s–1970s Chemical Warfare Agents Nerve-agent and protective-equipment studies 1950s–1970s Prison Medical Experiments Drug testing, dermatology studies, pharmaceutical trials 1960s–1970s Defoliants & Herbicides Military and occupational exposure research involving Agent Orange-related chemicals Various Sterilization Programs Eugenics-based procedures in prisons, hospitals, and institutions Various Infectious Disease Studies Deliberate exposure or withholding treatment in some research programs Some of the most frequently discussed categories are: Radiation

• Plutonium injections
• Radioactive iron given to pregnant women
• Radioactive food studies
• Prisoner irradiation
• Fallout exposure monitoring

Chemical Warfare

• Mustard gas
• Lewisite
• Nerve-agent research
• Riot-control agents and protective equipment testing

Biological Warfare

Military researchers also studied how diseases spread and how populations might respond to biological attacks. Some experiments involved releasing bacteria considered relatively harmless at the time to study dispersion patterns.

Mind-Altering Drugs

During the Cold War, researchers investigated:

• LSD
• Mescaline
• Barbiturates
• Amphetamines
• Various combinations intended to study interrogation, behavior, and cognition

Eugenics and Sterilization

From the early 1900s into the 1970s, many states authorized forced sterilization of people deemed "unfit," including institutionalized patients and prisoners.

Infectious Disease Research

Researchers sometimes deliberately exposed volunteers to pathogens or withheld effective treatment to observe disease progression. The most famous U.S. example remains the Tuskegee study.

Environmental or industrial substances that later generated major health controversies, another list often includes:

• Asbestos
• Lead
• Radium
• Uranium
• Agent Orange
• PCBs
• Dioxins
• Beryllium
• Certain pesticides
• Coal dust and silica dust

Those were generally not secret military experiments in the same sense as mustard gas or plutonium injections, but many workers and communities were exposed before the risks were fully understood or publicly acknowledged.

From a historical perspective, the three most recognizable U.S. government-related categories are probably:

Radiation (1940s–1970s)
Chemical warfare agents such as mustard gas (1940s)
Behavioral/drug experiments including LSD research (1950s–1970s)

Those categories generated some of the largest later investigations, declassifications, and public controversies

Declassified Document: "U.S. Army explored using radioactive poisons to assassinate 'important individuals'"

US Considered Radiological Weapon
by Robert Burns

October 9, 2007. Associated Press. In one of the longest-held secrets of the Cold War, the U.S. Army explored the potential for using radioactive poisons to assassinate "important individuals" such as military or civilian leaders, according to newly declassified documents obtained by The Associated Press.

Approved at the highest levels of the Army in 1948, the effort was a well-hidden part of the military's pursuit of a "new concept of warfare" using radioactive materials from atomic bombmaking to contaminate swaths of enemy land or to target military bases, factories or troop formations.

Military historians who have researched the broader radiological warfare program said in interviews that they had never before seen evidence that it included pursuit of an assassination weapon. Targeting public figures in such attacks is not unheard of; just last year an unknown assailant used a tiny amount of radioactive polonium-210 to kill Kremlin critic Alexander Litvinenko in London.

No targeted individuals are mentioned in references to the assassination weapon in the government documents declassified in response to a Freedom of Information Act request filed by the AP in 1995.

The decades-old records were released recently to the AP, heavily censored by the government to remove specifics about radiological warfare agents and other details. The censorship reflects concern that the potential for using radioactive poisons as a weapon is more than a historic footnote; it is believed to be sought by present-day terrorists bent on attacking U.S. targets.

The documents give no indication whether a radiological weapon for targeting high-ranking individuals was ever used or even developed by the United States. They leave unclear how far the Army project went. One memo from December 1948 outlined the project and another memo that month indicated it was under way. The main sections of several subsequent progress reports in 1949 were removed by censors before release to the AP.

The broader effort on offensive uses of radiological warfare apparently died by about 1954, at least in part because of the Defense Department's conviction that nuclear weapons were a better bet.

Whether the work migrated to another agency such as the CIA is unclear. The project was given final approval in November 1948 and began the following month, just one year after the CIA's creation in 1947.

It was a turbulent time on the international scene. In August 1949, the Soviet Union successfully tested its first atomic bomb, and two months later Mao Zedong's communists triumphed in China's civil war.

As U.S. scientists developed the atomic bomb during World War II, it was recognized that radioactive agents used or created in the manufacturing process had lethal potential. The government's first public report on the bomb project, published in 1945, noted that radioactive fission products from a uranium-fueled reactor could be extracted and used "like a particularly vicious form of poison gas."

Among the documents released to the AP – an Army memo dated Dec. 16, 1948, and labeled secret – described a crash program to develop a variety of military uses for radioactive materials. Work on a "subversive weapon for attack of individuals or small groups" was listed as a secondary priority, to be confined to feasibility studies and experiments.

The top priorities listed were:

1 – Weapons to contaminate "populated or otherwise critical areas for long periods of time." 2 – Munitions combining high explosives with radioactive material "to accomplish physical damage and radioactive contamination simultaneously." 3 – Air and-or surface weapons that would spread contamination across an area to be evacuated, thereby rendering it unusable by enemy forces. The stated goal was to produce a prototype for the No. 1 and No. 2 priority weapons by Dec. 31, 1950.

The 4th ranked priority was "munitions for attack on individuals" using radioactive agents for which there is "no means of therapy."

"This class of munitions is proposed for use by secret agents or subversive units for lethal attacks against small groups of important individuals, e.g., during meetings of civilian or military leaders," it said.

Assassination of foreign figures by agents of the U.S. government was not explicitly outlawed until President Gerald R. Ford signed an executive order in 1976 in response to revelations that the CIA had plotted in the 1960s to kill Cuban President Fidel Castro, including by poisoning.

The Dec. 16, 1948, memo said a lethal attack against individuals using radiological material should be done in a way that makes it impossible to trace the U.S. government's involvement, a concept known as "plausible deniability" that is central to U.S. covert actions.

"The source of the munition, the fact that an attack has been made, and the kind of attack should not be determinable, if possible," it said. "The munition should be inconspicuous and readily transportable."

Radioactive agents were thought to be ideal for this use, the document said, because of their high toxicity and the fact that the targeted individuals could not smell, taste or otherwise sense the attack.

"It should be possible, for example, to develop a very small munition which could function unnoticeably and which would set up an invisible, yet highly lethal concentration in a room, with the effects noticeable only well after the time of attack," it said.

"The time for lethal effects could, it is believed, be controlled within limits by the amount of radioactive agent dispersed. The toxicities are such that should relatively high concentrations be required for early lethal effects, on a weight basis, even such concentrations may be found practicable."

Tom Bielefeld, a Harvard physicist who has studied radiological weapons issues, said that while he had never heard of this project, its technical aims sounded feasible.

Bielefeld noted that polonium, the radioactive agent used to kill Litvinenko in November 2006, has just the kind of features that would be suitable for the lethal mission described in the Dec. 16 memo.

Barton Bernstein, a Stanford history professor who has done extensive research on the U.S. military's radiological warfare efforts, said he did not believe this aspect had previously come to light.

"This is one of those items that surprises us but should not shock us, because in the Cold War all kinds of ways of killing people, in all kinds of manners – inhumane, barbaric and even worse – were periodically contemplated at high levels in the American government in what was seen as a just war against a hated and hateful enemy," Bernstein said.

The project was run by the Army Chemical Corps, commanded by Maj. Gen. Alden H. Waitt, and supervised by a now-defunct agency called the Armed Forces Special Weapons Project. The project's first chief was Maj. Gen. Leslie R. Groves, the Army's head of the Manhattan Project that built the first atomic bombs. The radiological project was approved by Groves' successor, Maj. Gen. Kenneth D. Nichols.

The released documents were in files of the Armed Forces Special Weapons Project held by the National Archives.

Among the officials copied in on the Dec. 16 memo were Herbert Scoville, Jr., then the technical director of the Armed Forces Special Weapons Project and later the CIA's deputy director for research, and Samuel T. Cohen, a physicist with RAND Corp. who had worked on the Manhattan Project.

The initial go-ahead for the Army to pursue its radiological weapons project was given in May 1948, a point in U.S. history, following the successful use of two atomic bombs against Japan to end World War II, when the military was eager to explore the implications of atomic science for the future of warfare.

In a July 1948 memo outlining the program's intent, before specifics had received final approval, a key focus was on long-lasting contamination of large land areas where residents would be told that unless the areas were abandoned they probably would die from radiation within one to 10 years.

"It is thought that this is a new concept of warfare, with results that cannot be predicted," it said.

Source: Declassified Document: "U.S. Army explored using radioactive poisons to assassinate 'important individuals'" - Global ResearchGlobal Research - Centre for Research on Globalization Chemical Warfare: From Battlefield Gas to Radioactive Poisons Ancient World

The use of poison in warfare is nearly as old as warfare itself.

Long before modern chemistry, armies understood that certain substances could weaken, disable, or terrorize an enemy. Water wells were sometimes contaminated. Smoke from burning sulfur, pitch, and other materials was used during sieges. Defenders attempted to drive attackers away with toxic fumes while attackers occasionally sought to poison food and water supplies.

These methods were crude and unreliable, but they established an idea that would persist throughout military history:

Victory could sometimes be achieved not only through swords and bullets, but through invisible substances that attacked the body itself.

1675

One of the earliest efforts to restrict poison warfare came with the Strasbourg Agreement between France and the Holy Roman Empire.

The agreement prohibited the use of poisoned bullets.

The fact that such an agreement existed demonstrates that military leaders already recognized poison weapons as uniquely disturbing and difficult to control.

Even centuries ago, there was concern that certain methods of warfare crossed moral boundaries.

1914

When World War I began, most political and military leaders expected a short war. Many believed the fighting would be over within months and that the troops would be home by Christmas.

Instead, Europe became locked in a brutal stalemate. Massive armies dug defensive trenches stretching for hundreds of miles across France and Belgium. Between the opposing trench lines lay a deadly strip of land known as No Man's Land.

Again and again, generals ordered large offensives in hopes of breaking through enemy defenses. The result was often the same: tens of thousands of casualties for only a few miles of ground, and sometimes no ground at all.

Machine guns, artillery, barbed wire, and fortified positions had given defenders a significant advantage. Traditional battlefield tactics no longer seemed capable of producing victory.

As the deadlock continued and casualties mounted, military planners began searching for new weapons and new methods that might break the stalemate. Out of that search came one of the most controversial developments in modern warfare: the large-scale use of poison gas.

1915

The modern age of chemical warfare began during World War I.

On April 22, 1915, during the Second Battle of Ypres in Belgium, German forces released more than 150 tons of chlorine gas from thousands of cylinders positioned along their front lines. As the wind shifted, a massive greenish-yellow cloud drifted toward Allied positions.

Many of the French, Algerian, and Canadian troops facing the attack had never encountered poison gas before and had little understanding of what was approaching them. At first, some soldiers reportedly watched the strange cloud with curiosity. Within minutes, that curiosity turned to terror.

The chlorine gas attacked the lungs and respiratory system. Men began coughing violently, choking, and gasping for air. Their eyes burned, their throats tightened, and many felt as though they were drowning while still standing on dry ground. Panic spread through the trenches as soldiers fled from an enemy they could not see and could barely understand.

The attack created a gap several miles wide in the Allied lines and demonstrated that chemistry had become a new weapon of modern warfare. Military planners around the world immediately took notice. What had begun as an experiment on a battlefield in Belgium quickly sparked an international race to develop chemical weapons, protective masks, and new methods of chemical warfare.

The age of poison gas had arrived.

1915–1918

What began at Ypres quickly grew into a full-scale chemical arms race. Once the major powers realized that poison gas could influence the battlefield, every nation feared being left behind. Germany, Britain, France, Russia, and eventually the United States poured resources into developing new chemical agents, delivery systems, and protective equipment.

Chlorine gas was only the beginning. Scientists soon developed phosgene, a far more lethal gas that was often difficult to detect. Victims exposed to phosgene sometimes appeared relatively unharmed at first, only to suffer catastrophic lung damage hours later. Because of its effectiveness, phosgene would ultimately be responsible for a large percentage of chemical warfare deaths during the war.

The next major development was mustard gas, first introduced on the battlefield in 1917. Unlike earlier gases, mustard gas was not primarily designed to kill quickly. Instead, it was designed to incapacitate. It contaminated trenches, equipment, uniforms, and entire sections of the battlefield for days or even weeks. Soldiers exposed to mustard gas suffered severe chemical burns to the skin, eyes, and respiratory system. Many survived, but carried the effects for the rest of their lives through blindness, chronic lung disease, disfigurement, and other permanent injuries.

As the war continued, chemical weapons became increasingly sophisticated. Artillery shells filled with chemical agents allowed armies to deliver poison gas deep behind enemy lines. Gas masks became standard equipment, and soldiers lived with the constant fear that a sudden attack could arrive without warning.

By the end of World War I, chemical warfare had become a permanent feature of modern military planning. Historians estimate that roughly one million casualties were attributed to chemical weapons during the conflict. While chemical weapons accounted for a relatively small percentage of total wartime deaths, their psychological impact was enormous.

Artillery shells could be heard. Infantry attacks could be seen. Poison gas was different. It often arrived silently, carried by the wind, attacking the lungs, eyes, and skin before soldiers fully understood what was happening. The fear of an invisible weapon that could drift across a battlefield and turn the very air into a threat left a lasting impression on an entire generation of soldiers.

1917–1918

March 1917

• Nicholas II abdicates during the Russian Revolution of 1917.
• This effectively ends Romanov rule after 304 years.

When the United States entered World War I in April 1917, it found itself joining a conflict in which poison gas had already become a major feature of battlefield warfare. American military leaders quickly recognized that the nation was unprepared for this new form of combat. The European powers had spent years developing chemical weapons, protective equipment, and specialized training, while the United States was only beginning to understand the scale of the challenge.

In response, the U.S. Army rapidly expanded its chemical warfare capabilities. Specialized units were organized to handle chemical agents, develop defensive measures, and train troops in gas warfare. Research facilities were established, scientists were recruited, and factories began producing chemical agents and protective equipment on a large scale.

American military planners understood that chemical warfare involved two separate challenges. The first was offensive: understanding how chemical agents could be used on the battlefield. The second was defensive: protecting American soldiers from the gas attacks they would inevitably face. Gas masks, protective clothing, detection methods, and decontamination procedures became major areas of research.

The urgency of wartime mobilization accelerated cooperation between the military, universities, scientists, and industry. What had begun as an emergency response to conditions on the battlefields of Europe soon evolved into a permanent military capability.

By the end of World War I, the United States had established the foundations of what would become its modern chemical warfare establishment. The organizations, research programs, industrial partnerships, and military doctrines developed during these years would continue to influence American chemical warfare policy for decades after the fighting ended.

1918

House of Habsburg -Traditionally traced to the 10th century; major power from 1273 - 1918

The guns finally fell silent on November 11, 1918.

After more than four years of fighting, millions of deaths, and unprecedented destruction, World War I came to an end. Across Europe and North America, many hoped the conflict had taught humanity a lasting lesson about the dangers of modern industrial warfare.

Among the most shocking aspects of the war had been the widespread use of poison gas. Images of blinded soldiers, men struggling to breathe, and survivors carrying permanent physical injuries left a deep impression on both military leaders and the public. To many observers, chemical warfare represented a new level of horror—one in which science and industry had been harnessed to attack the human body in ways previous generations could scarcely imagine.

There was a widespread belief that civilized nations would never again tolerate such weapons. If any lesson had emerged from the trenches of Europe, it seemed to be that poison gas had crossed a line that should never be crossed again.

Yet even as the war ended, military planners around the world were reaching a different conclusion.

Rather than abandoning chemical warfare, many governments quietly continued their research programs. Military leaders feared that if they stopped developing chemical weapons while potential rivals continued, they would place themselves at a dangerous disadvantage in a future conflict. Laboratories remained open, stockpiles were maintained, and scientists continued searching for more effective chemical agents.

Publicly, nations condemned the horrors of poison gas. Privately, many prepared for the possibility that the next war would involve even more sophisticated forms of chemical warfare than the last.

The world hoped chemical warfare had died in the trenches of World War I.

Instead, it entered a new phase.

1918–1925

Although the public associated poison gas with some of the worst horrors of World War I, military planners were not prepared to abandon chemical warfare. The war had demonstrated that chemical weapons could influence battles, disrupt enemy operations, and force armies to devote enormous resources to defense and protection. As a result, many governments concluded that chemical warfare would likely remain a feature of future conflicts.

Across Europe, the United States, and the Soviet Union, chemical weapons stockpiles were retained rather than destroyed. Research laboratories that had been established during the war continued operating, often under military supervision. Scientists studied existing chemical agents while searching for compounds that might be more effective than those used in the trenches of World War I.

Military leaders faced what they considered a practical problem. Even if one nation voluntarily abandoned chemical weapons, there was no guarantee that its rivals would do the same. Many generals argued that eliminating their own chemical warfare programs while potential enemies continued research would place their country at a dangerous military disadvantage. The result was a cycle familiar throughout military history: each nation justified maintaining its chemical weapons capability because it feared others would maintain theirs.

Publicly, politicians often spoke of preventing another gas war. Privately, military establishments prepared for the possibility that the next major conflict could involve chemical weapons on an even larger scale. The years immediately following World War I therefore became less a period of disarmament than a period of preservation, research, and preparation for what many believed was an inevitable future confrontation.

By the mid-1920s, the world found itself in a strange position. The horrors of poison gas were widely recognized, yet the major powers continued investing in the very weapons they publicly condemned.

1925

In the years following World War I, growing public outrage over poison gas created pressure for international action. The memories of gas attacks, blinded soldiers, and men dying from chemical injuries remained fresh across Europe. Political leaders understood that many people viewed chemical warfare as one of the most disturbing aspects of the conflict.

In response, representatives from numerous nations gathered in Geneva and negotiated what became known as the Geneva Protocol. Signed in 1925, the agreement prohibited the use of chemical and biological weapons in warfare. To many observers, it appeared that the world had finally taken a major step toward preventing another gas war.

The treaty was an important milestone, but it was far from a complete ban.

The Geneva Protocol prohibited the use of chemical and biological weapons on the battlefield, but it did not prohibit nations from researching them. It did not prohibit manufacturing them. It did not prohibit storing them. It did not require existing stockpiles to be destroyed. Nor did it prevent military planners from developing strategies for their future use.

As a result, governments were able to publicly condemn chemical warfare while privately maintaining and expanding their chemical warfare programs. Research laboratories remained active. New chemical agents continued to be studied. Military officers continued planning for future conflicts in which chemical weapons might once again play a role.

The treaty reflected a contradiction that would shape international policy for decades. Nations agreed that chemical warfare was unacceptable, yet many were unwilling to surrender the military advantages they believed chemical weapons might provide. The result was a world in which chemical warfare was officially rejected but quietly preserved.

By the late 1920s, poison gas had not disappeared from military planning. It had simply moved further behind closed doors.

1930s

The 1930s demonstrated that international agreements alone would not eliminate chemical warfare. Although the Geneva Protocol had been signed less than a decade earlier, military planners around the world continued to maintain chemical weapons programs, and several nations were willing to use those weapons when they believed military necessity outweighed diplomatic concerns.

One of the clearest examples came during Italy's invasion of Ethiopia in 1935. Despite international agreements and widespread public condemnation of poison gas after World War I, Italian forces used mustard gas against Ethiopian troops and civilians. Aircraft dropped chemical agents over large areas, and contaminated terrain became an additional weapon. The conflict served as a reminder that chemical warfare had not disappeared from modern military thinking.

At the same time, Japan was expanding its own chemical weapons capabilities. Japanese military researchers increased production, improved delivery methods, and continued developing chemical warfare doctrine. As Japan's war in China expanded, chemical agents became one of several tools available to military commanders.

These developments undermined the belief that the horrors of World War I had permanently discredited poison gas. While political leaders often spoke of international law and disarmament, military establishments continued preparing for conflicts in which chemical weapons might once again be used.

By the end of the decade, it had become increasingly clear that chemical warfare had not been eliminated. It had merely survived in the shadows, waiting for the next major conflict to test whether the world's promises would hold.

1937–1945

When war erupted between Japan and China in 1937, the world received further evidence that chemical warfare had not disappeared despite international agreements intended to prevent its use. Throughout the conflict, Japanese forces employed chemical agents against Chinese troops, demonstrating that some governments still viewed chemical weapons as a legitimate military option when pursuing strategic objectives.

The war in China became one of the most significant examples of chemical weapon use between World War I and the modern era. Chemical agents were used alongside conventional weapons in an effort to break resistance, clear defensive positions, and gain tactical advantages on the battlefield. The conflict exposed the limitations of international treaties when enforcement mechanisms were weak and major powers were willing to ignore them.

At the same time, chemical warfare research continued advancing behind the scenes. Military laboratories in several countries remained active throughout the late 1930s and World War II. Scientists sought compounds that were more effective, more stable, and easier to deliver than the gases used during World War I. Improvements in artillery, aircraft, and munitions technology created new methods for dispersing chemical agents across larger areas and with greater precision.

The period also witnessed rapid advances in chemistry itself. Researchers gained a deeper understanding of how toxic substances affected the human body, how environmental conditions influenced their effectiveness, and how protective equipment could be improved. Military planners increasingly viewed chemical warfare not as a relic of World War I, but as a field of science that continued to evolve alongside other military technologies.

By the time World War II was underway, chemical warfare had become far more sophisticated than it had been in the trenches of Europe two decades earlier. Although large-scale chemical warfare did not erupt between the major powers in Europe, the scientific foundation for future chemical, biological, and eventually radiological warfare was steadily being built.

1939–1945

As the world moved toward another global war, the major powers entered the conflict with far larger chemical warfare capabilities than they had possessed during World War I. Despite public condemnations of poison gas and the promises embodied in the Geneva Protocol, military planners had spent the previous two decades maintaining stockpiles, conducting research, and preparing for the possibility that chemical weapons would once again be used on the battlefield.

During World War II, Britain, Germany, the Soviet Union, Japan, and the United States accumulated enormous quantities of chemical agents. Stockpiles included mustard gas and other battlefield chemicals, while scientists continued searching for more effective compounds. Factories were capable of producing large quantities of chemical munitions, and military forces trained for both offensive and defensive chemical warfare operations.

Throughout the war, leaders on all sides feared that a single chemical attack could trigger a chain reaction of retaliation. If one nation released poison gas, its enemies possessed the capability to respond in kind. The result could be a conflict in which chemical warfare spread across multiple fronts, adding a new layer of devastation to an already catastrophic war.

Ironically, the very size of these stockpiles may have helped prevent their widespread battlefield use among the major powers. Military commanders understood that their opponents possessed similar capabilities. Any short-term advantage gained through chemical warfare could quickly be matched or exceeded by retaliation. In effect, chemical weapons created a form of mutual deterrence long before the nuclear age introduced the concept on a much larger scale.

The war also witnessed important scientific developments. In Germany, researchers discovered a new class of compounds known as nerve agents, including Tabun and later Sarin. These substances were far more toxic than many of the chemical agents used during World War I and represented a significant advance in chemical warfare technology. Although these nerve agents were not widely deployed on the battlefield during the war, their discovery would have a profound influence on military research in the decades that followed.

By 1945, the world emerged from the conflict with the largest chemical stockpiles in history, more advanced chemical technologies, and a growing realization that future wars might involve weapons far more dangerous than those seen in the trenches of World War I. At the same time, another revolutionary development was about to transform military thinking even more dramatically: the arrival of the atomic age.

1942–1945

While public attention was focused on the major battles of World War II, a far less visible effort was taking place behind military fences and under strict secrecy. American military leaders knew that if chemical warfare erupted on the battlefield, they needed to understand how chemical agents affected the human body and whether soldiers could be protected from them. To answer those questions, the military launched a series of classified testing programs involving its own personnel.

Thousands of American service members participated in experiments involving mustard gas and related chemical agents. Some tests exposed soldiers to small amounts of chemicals while wearing protective equipment. Other experiments placed participants inside gas chambers or controlled environments designed to simulate battlefield conditions. Researchers monitored physical reactions, measured injuries, and evaluated whether gas masks, protective clothing, and decontamination procedures would function during actual combat.

The military justified the testing as necessary preparation for a war in which chemical weapons might be used by enemy forces. Germany, Japan, and other nations maintained chemical stockpiles, and American planners feared that chemical attacks could become part of the conflict with little warning. Understanding the effects of exposure was viewed as a matter of military readiness.

Many participants, however, were never fully informed about the nature of the experiments or the risks involved. Some soldiers believed they were taking part in routine military testing without understanding exactly what substances they were being exposed to. In many cases, records remained classified, and participants were prohibited from discussing their experiences.

Because of the secrecy surrounding the programs, much of the public remained unaware of their existence for decades. As documents were gradually declassified after the war, historians, journalists, and former participants began piecing together a more complete picture of what had occurred. The revelations raised difficult questions about informed consent, military necessity, and the balance between national security and the rights of individual service members.

The secret testing programs of World War II would later become an important chapter in a much larger story—one that continued into the Cold War as military researchers explored new chemical agents, new methods of exposure, and increasingly unconventional forms of warfare.

1945

The final months of World War II introduced a weapon unlike anything the world had ever seen. In August 1945, the United States dropped atomic bombs on Hiroshima and Nagasaki, bringing the war in the Pacific to a close and ushering humanity into the atomic age.

For military planners, the significance of the atomic bomb extended far beyond its immediate destructive power. The bomb demonstrated that enormous amounts of energy could be released from radioactive materials, but it also introduced governments and military researchers to something new: access to significant quantities of radioactive substances and the scientific knowledge required to produce and handle them.

Almost immediately, military scientists began asking questions that would have seemed unimaginable only a few years earlier. Was the atomic bomb the only military use for radioactive materials, or were there other possibilities? Could radioactivity itself become a weapon independent of a nuclear explosion? Could radioactive substances be used to contaminate military facilities, transportation networks, ports, industrial centers, or strategic locations? Could they be used in covert operations or sabotage?

These questions marked the beginning of a new chapter in military research. During the chemical warfare era, scientists had focused on toxic compounds that injured the body through direct chemical action. The atomic age introduced the possibility of weapons that worked through radiation exposure instead. Unlike poison gas, radioactive materials could be invisible, odorless, and difficult to detect. Exposure might not produce immediate symptoms, making it possible to imagine entirely new forms of warfare and covert operations.

The end of World War II therefore did not simply launch the nuclear arms race. It also sparked military interest in radiological warfare—the study of how radioactive materials might be used as weapons outside of a traditional nuclear explosion. Over the next several years, researchers and military planners would explore ideas ranging from battlefield contamination and sabotage to the covert use of radioactive poisons against specific targets.

The atomic bomb had changed warfare forever. Yet for some military planners, the most important question was no longer what happened during an explosion, but what could be done with radioactivity itself.

1946–1947

The end of World War II did not end military interest in unconventional weapons. Instead, the atomic age opened entirely new areas of research. Scientists, military planners, and intelligence officials began exploring what became known as radiological warfare—a concept distinct from nuclear warfare even though both involved radioactive materials.

Nuclear warfare relied on the immense explosive force produced by an atomic detonation. Radiological warfare focused on something different: the harmful effects of radioactive contamination itself. The question being asked was whether radioactive materials could be used as weapons without the need for a nuclear explosion.

Military researchers examined a wide range of possibilities. They considered whether radioactive substances could be dispersed into ports, transportation hubs, military bases, factories, industrial centers, or other strategically important locations. Unlike conventional bombing campaigns, the objective was not necessarily to destroy physical structures. Instead, the goal was to contaminate them.

A contaminated harbor might remain operationally useless even if its docks remained standing. A transportation hub might become difficult or dangerous to use. A military installation could be disrupted without being physically destroyed. The effects might be measured not only in physical damage but also in fear, uncertainty, and disruption.

Military planners also recognized the psychological impact of radiation. Unlike bullets, artillery shells, or bombs, radioactive contamination could not be seen by the naked eye. People might continue moving through contaminated areas without realizing they had been exposed. The invisible nature of radiation made it uniquely unsettling and created concerns that fear itself could become a weapon.

As these studies expanded, some planners explored even more unconventional possibilities. Discussions included sabotage operations involving radioactive substances and methods for introducing contamination into strategic locations without the large-scale destruction associated with conventional military attacks.

Most of these ideas remained theoretical and never progressed beyond studies, reports, and planning documents. Nevertheless, they illustrate how dramatically military thinking changed in the years immediately following World War II. The atomic bomb had demonstrated the power of radioactive materials. The next question was whether those same materials could be used in entirely different ways.

By the late 1940s, military researchers were no longer focused solely on chemical warfare. They were exploring a broader world of unconventional weapons that included chemical agents, biological agents, radiological contamination, and covert methods of attack. The stage was being set for some of the most unusual military research programs of the early Cold War.

Late 1940s

The years immediately following World War II marked the beginning of the Cold War, a period in which military planners found themselves confronting a completely new strategic landscape. The United States and the Soviet Union emerged from the war as rival superpowers, while rapid advances in science and technology opened possibilities that earlier generations could scarcely have imagined.

Rather than focusing solely on conventional armies, tanks, ships, and aircraft, military researchers began examining a much broader range of unconventional weapons and methods of warfare. Governments funded studies involving chemical agents, biological weapons, radiological contamination, and psychological operations. The goal was to understand how future conflicts might be fought and whether new technologies could provide strategic advantages without requiring traditional battlefield engagements.

Chemical warfare programs continued to evolve as scientists searched for compounds that were more effective than those used during World War I. Biological warfare research explored whether disease-producing organisms could be used to disrupt military operations, agriculture, transportation systems, or entire populations. Radiological warfare studies examined how radioactive materials might be used for contamination, sabotage, or covert operations. At the same time, psychological warfare specialists investigated methods for influencing public opinion, weakening morale, spreading confusion, and shaping the behavior of both enemies and civilian populations.

Underlying all of these efforts was a growing belief that future wars might not resemble the wars of the past. The devastating experiences of two world wars had demonstrated the enormous costs of conventional conflict. Military planners increasingly wondered whether future victories might be achieved through disruption, contamination, covert action, intelligence operations, or psychological pressure rather than through massive armies fighting across traditional battlefields.

The result was a period of extraordinary experimentation. Scientists, military officers, intelligence agencies, and government officials explored ideas ranging from practical weapons systems to concepts that today seem almost unbelievable. Some programs advanced into operational use, others remained theoretical, and many were eventually abandoned. Yet together they reflected a common concern: no one knew what the next major war would look like, and governments were determined not to be caught unprepared.

By the close of the 1940s, the world had entered a new era. The age of conventional warfare had not disappeared, but it now existed alongside a growing collection of unconventional strategies that would shape military planning throughout the Cold War.

1948

By 1948, the United States had been living in the atomic age for only three years. World War II had ended, but peace was proving fragile. Relations between the United States and the Soviet Union were deteriorating rapidly, and military planners were beginning to prepare for what would soon become known as the Cold War.

The destruction of Hiroshima and Nagasaki had demonstrated the power of nuclear weapons, but military planners were already looking beyond the bomb itself.

The question was no longer simply how to build larger atomic weapons. The question was whether radioactive materials could be used in entirely different ways.

In May 1948, the Army approved a radiological warfare program designed to explore military applications of radioactive substances. The project was managed by the Army Chemical Corps and supervised by the Armed Forces Special Weapons Project, the organization responsible for overseeing many aspects of America's early nuclear weapons activities.

Military planners viewed radiological warfare as something distinct from nuclear warfare. A nuclear bomb relied on blast, heat, and radiation. Radiological warfare focused on contamination.

One proposal envisioned contaminating large areas of land for extended periods. Military documents discussed rendering populated regions, transportation corridors, military facilities, ports, industrial centers, and other strategic locations unusable through radioactive contamination. Residents might be forced to abandon contaminated areas for years or face serious health consequences.

A July 1948 Army memorandum described the idea as a "new concept of warfare" whose ultimate consequences could not yet be predicted.

As planning continued, Army officials explored additional possibilities. A secret memorandum dated December 16, 1948, outlined a series of priorities for the radiological warfare program. Among the highest priorities were weapons designed to contaminate populated areas and munitions that combined conventional explosives with radioactive materials to create both physical destruction and long-term contamination.

Buried deeper within the document was a more unusual proposal.

Army planners considered what they called a "subversive weapon for attack of individuals or small groups."

Unlike traditional chemical warfare, which targeted armies and battlefields, this concept focused on specific individuals. The memorandum proposed the possibility of using radioactive agents in covert operations against important military or civilian leaders. Rather than attacking troop formations, the objective could be a specific person whose removal might influence political, military, or strategic outcomes.

The concept was simple in theory. A target could be exposed to radioactive material without their knowledge. Unlike a bombing attack, there would be no explosion, no visible battlefield, and no immediate indication that an attack had occurred. Symptoms might develop gradually over time and resemble naturally occurring illness, making it difficult to determine whether exposure had been deliberate.

According to the Army's own language, the source of the weapon, the fact that an attack had occurred, and even the type of attack should be impossible to determine if possible. The document stated that such a weapon should be inconspicuous, easily transported, and difficult to trace.

Planners believed radioactive substances offered unique advantages because they could not be seen, smelled, or tasted. The memorandum suggested that a very small device might be capable of creating an invisible but lethal concentration of radioactive material in an enclosed space, with symptoms appearing only after the attack had already occurred.

For military planners and intelligence officials, the concept offered a degree of deniability that conventional weapons could not provide. At the same time, significant practical challenges remained. Researchers needed to understand how radioactive substances behaved, how exposure occurred, what quantities might be effective, and how such operations could be conducted without exposing those carrying them out.

The project remained highly classified. Unlike the atomic bomb, which became one of the most publicized military developments in history, research into radioactive poisons took place largely out of public view. Large portions of later progress reports remain heavily censored, leaving historians with an incomplete picture of how far the research advanced or whether any practical weapon was ever developed.

What is clear is that the project reflected a dramatic shift in military thinking during the early Cold War. Only three years after the first atomic bombs were used in war, military planners were already exploring contamination weapons, radiological sabotage, covert radioactive poisoning, and other unconventional forms of warfare.

The atomic age had begun with the most destructive weapon ever created. Yet almost immediately, military planners were asking whether radioactive materials could also be used in the opposite way—not to destroy a city, but to quietly target a single individual.

It was one of the earliest examples of Cold War strategy blending science, secrecy, intelligence operations, and unconventional warfare into a single military program.

1950s

As the Cold War intensified, military interest in radiological warfare did not disappear. Researchers continued studying how radioactive materials might be used outside of a nuclear explosion. Military reports examined radioactive contamination, sabotage operations, radiological dispersal devices—what would later become known as "dirty bombs"—and various forms of covert exposure. The central idea remained the same: if radioactive materials could contaminate an area, disrupt operations, or incapacitate a target without requiring an atomic detonation, they might offer strategic advantages under certain circumstances.

At the same time, however, military technology was advancing at an extraordinary pace. The United States and the Soviet Union entered a rapidly escalating nuclear arms race. The atomic bombs used against Japan were soon overshadowed by the development of hydrogen bombs, weapons vastly more powerful than those used in 1945. Long-range bombers were followed by ballistic missiles capable of delivering nuclear warheads across continents in a matter of minutes.

As these developments unfolded, strategic nuclear warfare increasingly dominated military planning. Government resources, scientific talent, and defense budgets flowed toward the construction of nuclear arsenals capable of deterring or defeating rival superpowers. Compared with the destructive power of thermonuclear weapons, many radiological warfare concepts appeared limited in their military impact. While contamination, sabotage, and covert exposure remained subjects of study, they no longer occupied the same level of strategic importance.

By the end of the decade, the center of military attention had shifted decisively toward nuclear deterrence. Yet the radiological studies of the late 1940s and early 1950s remain historically significant because they reveal how broadly military planners were willing to think during the early Cold War. Researchers were not simply developing bigger bombs; they were exploring every conceivable way that science and technology might be transformed into instruments of warfare.

Looking Back

The history of chemical and radiological warfare is, in many ways, the history of expanding military imagination.

Ancient armies poisoned wells and contaminated water supplies. Industrial societies transformed chemistry into a battlefield weapon. World War I introduced poison gas on a massive scale and demonstrated how modern science could change the nature of warfare. In the decades that followed, governments continued refining chemical agents while exploring new forms of military research, including secret testing programs and increasingly sophisticated delivery systems.

The atomic age introduced an entirely new possibility. For the first time, military planners had access to radioactive materials and began asking whether radioactivity itself could become a weapon. Some envisioned contaminated ports, military bases, and transportation networks. Others considered sabotage operations and covert exposure programs. The 1948 Army project examining radioactive poisons occupies a unique place in this story because it bridged the gap between traditional chemical warfare and the emerging world of Cold War covert operations.

Rather than focusing on armies or battlefields, the project explored whether invisible radioactive substances could be used against specific individuals. It reflected a broader shift in military thinking—one in which scientific research, intelligence activities, secrecy, and unconventional warfare increasingly overlapped.

The story does not end there. The Cold War would continue to generate new forms of chemical, biological, radiological, and psychological warfare research. Yet the late 1940s and early 1950s remain a pivotal turning point, marking the moment when military planners began moving beyond the battlefield and exploring entirely new ways to wage war in the atomic age.

Countries that became nuclear weapon states:

1. United States (1945)
2. Soviet Union (1949)
3. United Kingdom (1952)
4. France (1960)
5. China (1964)

Iran, Nuclear Power, and the Question Nobody Asks 1945

The United States drops atomic bombs on Hiroshima and Nagasaki.

The world enters the nuclear age.

At this point there is only one nuclear power on Earth:

• The United States. one nuclear-armed power: the United States.

The lesson many nations take away is simple:

• The most powerful country in the world has nuclear weapons.

1949

• The Soviet Union detonates its first atomic bomb.
• Now there are two nuclear superpowers.
• The Cold War begins to revolve around nuclear weapons.
• Both sides rapidly expand their arsenals.

1952

• The United Kingdom detonates its first atomic bomb.
• Britain becomes the third nuclear weapons power.

1953

President Dwight D. Eisenhower launches Atoms for Peace.

The public goal:

• Spread peaceful nuclear technology.

The strategic goal:

• Keep friendly nations tied to the Western alliance.

The same year, Iran becomes even more important to American strategy after the Mosaddegh crisis.

The Shah is viewed as pro-Western and anti-Soviet.

Iran sits on massive oil reserves and occupies a strategic location between the Soviet Union, the Persian Gulf, Central Asia, and South Asia.

1954

• The Soviet Union opens Obninsk, the world's first grid-connected nuclear power plant.
• For the first time, nuclear technology is producing electricity for civilian use.
• The nuclear age is no longer just about bombs.

1956

• Britain opens Calder Hall, the world's first commercial nuclear power station supplying electricity to a public grid.
• Nuclear energy is presented as the future.
• Around the world, governments begin discussing reactors, research programs, and civilian nuclear development.

1957

• The United States opens Shippingport Atomic Power Station, America's first commercial nuclear power plant.
• The same year, the United States signs a civilian nuclear cooperation agreement with Iran.
• Today many people think the Iranian nuclear story starts with Ayatollahs and centrifuges.

It doesn't.

It starts with Washington.

1960

France detonates its first atomic bomb.

1964

China detonates its first atomic bomb.

The future five permanent members of the U.N. Security Council are now all nuclear powers.

1967

• America provides Iran with the Tehran Research Reactor.
• American universities train Iranian scientists.
• Highly enriched uranium fuel is supplied.
• Nobody in Washington is warning about an Iranian bomb.
• The Shah is considered one of America's closest allies.

Late 1960s–1970s

A strange contradiction appears.

The United States is building thousands of nuclear weapons.

The Soviet Union is building thousands of nuclear weapons.

Britain possesses nuclear weapons.

France possesses nuclear weapons.

China possesses nuclear weapons.

Yet those same countries are creating rules designed to stop additional countries from joining the club.

This becomes the foundation of the modern nuclear order.

1970

Iran signs the Nuclear Non-Proliferation Treaty (NPT).

The deal is essentially:

• Existing nuclear powers keep their weapons.
• Everyone else agrees not to build them.
• Supporters argue this prevents global nuclear chaos.
• Critics immediately note the contradiction.

1970s

The Shah wants a huge nuclear program.

Plans are discussed for numerous reactors.

Western governments support the effort.

German firms begin work at Bushehr.

French companies are involved.

American companies want contracts.

At this stage nobody is saying:

• Iran shouldn't have nuclear technology.
• The argument doesn't exist yet.

1974

India conducts its first nuclear test.

The test shocks much of the world and increases concerns about proliferation.

THE TURNING POINT 1979

The Iranian Revolution changes everything.

The Shah is overthrown.

Ayatollah Khomeini comes to power.

The American embassy hostage crisis follows.

Iran goes from ally to adversary almost overnight.

Nothing about the reactor changes.

Nothing about uranium changes.

What changes is:

Who controls it.

THE QUESTION CHANGES

Before 1979:

How can we help Iran build nuclear capability?

After 1979:

How can we stop Iran from building nuclear capability?

This is one of the most fascinating shifts in the entire story.

1980–1988

Iran fights Iraq.

The war kills hundreds of thousands.

Iran sees chemical weapons used against its soldiers.

Many Iranian leaders later point to this experience and conclude:

The world will not protect us.

This becomes part of Iran's security thinking.

1990s

Iran quietly rebuilds parts of its nuclear infrastructure.

Sanctions increase.

Suspicion increases.

The nuclear issue becomes central to relations with the West.

1991

The Gulf War demonstrates overwhelming American military power after the collapse of the Soviet Union.

Many governments observe that countries without strong deterrents are vulnerable.

The nuclear debate increasingly becomes tied to regime survival.

1998

India and Pakistan openly test nuclear weapons.

The nuclear club grows despite decades of non-proliferation efforts.

MODERN CRISIS BEGINS 2002

Previously undisclosed facilities at Natanz and Arak become public.

The world suddenly realizes:

• Iran's nuclear program is far more advanced than many believed.
• From this point forward the story becomes almost entirely about enrichment.

2003–2015

Years of negotiations, inspections, sanctions, and diplomatic pressure follow.

The world attempts to determine whether Iran's program is solely civilian or whether it could eventually support nuclear weapons production.

THE MISSING QUESTION

Most headlines ask:

• Why does Iran want nuclear capability?

Very few ask:

Why did every existing nuclear power decide it needed nuclear capability?

That question makes people uncomfortable.

Because the answer is usually:

• Security.

Iran gives exactly the same answer.

• Russia gives it.
• America gives it.
• China gives it.
• Pakistan gives it.
• India gives it.
• Britain gives it.
• France gives it.

Everyone says:

• We need them because the world is dangerous.

2015

The Joint Comprehensive Plan of Action (JCPOA) is signed.

Supporters believe:

Iran will retain scientific knowledge regardless.

The best option is strict inspections and limitations.

Critics believe:

• Iran is preserving its infrastructure while waiting for restrictions to expire.
• The disagreement is not really about centrifuges.

It is about trust.

Can a hostile government be trusted to remain within agreed limits?

2018

President Donald Trump withdraws from the JCPOA.

His position is simple:

The deal delayed the problem but did not solve it.

Supporters of the agreement argue:

• Leaving removes restrictions and transparency.

Critics argue:

• Remaining in the agreement eventually legitimizes expansion.

2020s

Iran expands enrichment beyond JCPOA limits.

The debate intensifies.

The world increasingly focuses on breakout capability, enrichment levels, inspections, and regional security.

2026

The public discussion often begins here:

• Iran has enriched uranium.
• Iran may be approaching nuclear weapons capability.
• Yet the longer timeline reveals a more complicated story.

1945: America creates the nuclear age.

1949–1964: The major powers join the nuclear club.

1953–1970s: The West encourages civilian nuclear development around the world, including in Iran.

1979: Iran's government changes.

2002: The modern crisis emerges.

2015: The JCPOA attempts to manage the problem.

2018: The United States withdraws.

2026: The world debates how to control, limit, negotiate with, or stop a nuclear program whose roots stretch back to the Cold War.

The question beneath the entire debate remains the same:

Is the problem the technology?

Or is the problem who controls the technology?

This is one reason the debate can be confusing.

People often hear: //

"Iran's nuclear program"

and picture a giant nuclear power network.

In reality, there are several different things that get lumped together under the phrase "nuclear program":

• Nuclear power plants that generate electricity.
• Research reactors.
• Uranium mining.
• Uranium enrichment facilities.
• Fuel fabrication.
• Potential weapons-related activities.
• Missile programs.

Those are related, but they're not the same thing.

For example, the current negotiations focus heavily on uranium enrichment, not on the fact that Iran has a single operating power reactor. The concern from the U.S., Israel, and others is that enriched uranium can potentially be used for either civilian fuel or, at much higher enrichment levels, weapons material.

Historically, that's another interesting twist in the story. Under the Shah, the vision was not one reactor. Iran planned a much larger civilian nuclear sector, with many reactors and major power generation goals. The 1979 revolution, war with Iraq, sanctions, political isolation, and decades of disputes prevented most of those plans from being realized. Your uploaded document describes those original ambitions in some detail.

So if someone hears only today's headlines, they might imagine Iran as a major nuclear-power nation. In terms of electricity generation, it really isn't. In terms of enrichment technology and nuclear fuel-cycle capabilities, however, it has developed capabilities that have become the center of the international dispute.

That's another example of why looking at the root of a story can be useful: "nuclear program" can mean very different things depending on which part of the program people are talking about.

Back in the 1950s

when nuclear proliferation was seen as more of a goal rather than a problem, the United States helped Iran create its nuclear program through the United States Atoms for Peace Program. President Eisenhower intended for this program to help developing countries use nuclear power for energy and other peaceful purposes. The program also helped the United States secure allies during the Cold War.

Following the 1979 Iranian Revolution, the relationship between Iran and the United States changed dramatically. After President Carter allowed the Shah, the ousted-Iranian leader, to receive medical treatment in the United States, a 15-month Iranian hostage crisis ensued. Even though Iran no longer received help with its nuclear program from the United States, nuclear development continued. Given the lack of open communication between Iran and much of the western world, some aspects of the Iranian nuclear program's origins and capabilities remain a mystery to this day.

In 2015, China, France, Germany, Russia, the U.K., and the United States, also known as the P5+1, signed the Joint Comprehensive Plan of Action (JCPOA) or the Iran deal, signifying the first tangible effort of the United States and the other signatories to limit Iran's nuclear development. Today, the JCPOA seems to have a bleak future, as President Trump decided in May of 2018 to pull the United States out of the agreement. While the debate about the JCPOA's merits rages on, the future of Iran's nuclear capabilities remains uncertain.

Pre-Revolution Nuclear History

During the Shah's rule, through the United States Atoms for Peace Program, Iran received the United States' help with nuclear technology, nuclear fuel, training, equipment laboratories, and power plants, all to be used for the generation of electricity and research. In 1967, Iran received its first 5 MW (megawatts) research reactor, known as the Tehran Research Reactor (TRR), powered by highly-enriched uranium (HEU). The reactor can produce up to 600 grams of plutonium a year and became the starting point for future multibillion-dollar contracts with other nations, including France, Germany, Namibia, and South Africa.

Kraftwerk, a German company, helped to complete one of the most significant projects for the country's nuclear program. Built on the coast of the Persian Gulf, the Bushehr Nuclear Power Plant was meant to hold two nuclear reactors; Kraftwerk nearly finished one reactor when the Iranian Revolution broke out.

In addition to receiving international help, the Shah insured home-grown nuclear development. In 1974, he established the Atomic Energy Organization of Iran (AEOI), charging it with a task of constructing 20 nuclear power reactors, a uranium enrichment facility, a reprocessing plant for spent fuel, and producing 23,000 MWe of nuclear power by the end of the 20th century. The Shah intended for the nuclear power to replace oil and gas, which could then all be exported and sold. For context, Iran produced 4,183,930 barrels or 175,725,060 gallons of oil in 1971, nearly 10% of the world's total oil production.

During this time of nuclear advancement, Iran followed international nuclear standards that were in existence at the time. In February of 1979, with the Shah and his family already in exile, the Iranian Parliament ratified the Nuclear Non-Proliferation Treaty (NPT), agreeing to its goals to prevent proliferation of nuclear weapons, promote the peaceful use of nuclear energy, and eventually total disarmament.

Post-Revolution Nuclear History

The Iranian Revolution, which set up the new Islamic Republic on April 1, 1979, not only echoed in an era of dramatic change for the country but also its nuclear program. Leading up to and during the Revolution, many of the foreign and Iranian nuclear workers fled the country. The new leader, Ayatollah Khomeini, viewed the nuclear program as "un-Islamic" until 1984.

Due to the newly hostile American-Iranian relationship, Iran no longer received help from the United States and its allies, as the United States put pressure on countries that attempted to get involved in Iran's nuclear program. Eventually, Iran made deals with Pakistan and China, but the United States blocked parts of the Chinese agreement that would have given Iran additional reactors. The United States successfully blocked many other Iranian nuclear contracts, forcing Iran to seek help from nations and actors Americans could not control.

Beginning in 1987, Iran received nuclear plans and imports, such as centrifuges, from unknown foreign entities. Many suspect that these originated from Pakistani scientist A.Q. Khan's underground nuclear network, who is believed to have helped Pakistan, Libya, Iran, and North Korea advance their nuclear programs.

The countries involved in Khan's network, in turn, helped one another with the nuclear technologies that Khan could not assist them with. Beginning in 1992, Iran entered into deals with North Korea, mainly involving missiles. North Korea provided Iran with missiles in exchange for more money for its missile program. Due to the antagonistic relationship that much of the western world has with these two nations, details of their exchanges are largely unknown.

Nuclear Weapons?

Many aspects of the Iranian nuclear weapons program and exchanges with undisclosed countries remain a mystery, but some facets have been revealed over time.

It is now known that Iran established its nuclear weapons program, known as Project Amad, in the late 1990s/early 2000s. The project entailed the acquisition and production of weapons-grade nuclear material, testing of nuclear weapon components, and planning for the construction of a unique nuclear weapon. The project appears to have ended suddenly in 2003. In 2011, the IAEA released a document containing all the information known about Project Amad at that time and explained that it remained unclear whether any remnants of the project, particularly those related to a nuclear explosive device, remained.

In April 2018, Prime Minister of Israel, Benjamin Netanyahu, announced that Israeli spies raided a nuclear information warehouse in Iran. According to the Prime Minister's statement, the spies found documents that confirmed the existence of Project Amad, as was speculated by the International Atomic Energy Agency (IAEA) and much of the Western World, despite Iran's insistence that its nuclear program had always been peaceful.

The spies in the Israeli raid collected documents from 15 years ago, so their information only provided historical context for the extent of the project, rather than revealing the current status of the nuclear weapons program. According to Israel's findings, Iran had made plans to build five nuclear weapons and to test them at different sites, suggesting that Iran was closer to a nuclear weapons program than previously thought. However, the problem with all this newly disclosed information is that it cannot be easily verified. Israel and Iran have had their own complicated history, and Israel used its findings to try and convince nations to back out of the JCPOA.

A Trail of Broken Agreements

Broken agreements and failed negotiations were all too common before the JCPOA. In 2003, Iran welcomed the IAEA through the signing of the Additional Protocol, which granted the IAEA information and access to Iran's nuclear program facilities. This protocol also allowed the IAEA to use the most advanced technology to inspect all nuclear sites in Iran. Three years later, Iran backed out of this deal, following the IAEA's discovery of undisclosed parts of the nuclear program, leading to American sanctions.

Right after its departure from the Additional Protocol in 2006, Iran announced the construction of new nuclear facilities expected to hold 2,784 centrifuges to enrich uranium. Four years later, Iran announced it could produce highly enriched uranium (HEU - uranium enriched to over 20%, or uranium containing at least 20% of Uranium 235), the minimum agreed enrichment necessary for the construction of nuclear weapons. Uranium only needs to be enriched to about 3 to 5% to be used for generating electricity in nuclear power plants, which qualifies as peaceful nuclear use. Right up to this point, Iran depended on other countries to obtain HEU.

Iran's announcement regarding uranium enrichment sparked concern in the international community, leading to additional sanctions imposed on the country, and secret actions to halt Iran's nuclear development. In July of 2010, a worm attacked 15 nuclear facilities in Iran, causing centrifuges to break. While it is clear that a cyber attack caused this worm, the actor behind the attack remains unknown.

Joint Comprehensive Plan of Action (JCPOA)

Despite the cyber attack and the sanctions, Iran's nuclear program continued to advance. Although Iran and other nations initiated some talks to slow Iran's nuclear development, none resulted in formal agreements. It was not until June 14th, 2013, when Hassan Rouhani was elected President, that negotiations with Iran took a more promising turn. In one of his first speeches as President, Rouhani expressed his desire to negotiate with the P5+1 about the development of the nuclear program in Iran.

Negotiations came into full fruition on July 14th, 2015, with the signing of the JCPOA. The purpose of this agreement is to slow Iran's progress towards the construction of a nuclear weapon by reducing or halting altogether certain uranium enrichment activities. The JCPOA limits Iran's centrifuge construction, heavy water-related activities, and weapons-grade plutonium and uranium production possession.

While Iran has violated the maximum amount of heavy water, used as a moderator in nuclear reactors, it has followed the specified procedure for removing the excess from the country. Iran has also managed to stay at or below any other levels for other provisions in the JCPOA measured by the IAEA. Despite Iran's seeming compliance, the deal remains in peril as the United States and Iran's relationship grows increasingly hostile.

The main issue countries have with the agreement is that it does not cover the testing of missiles. Iran continues to test missiles, aggravating not only the United States but also the United Nations and other nations involved in the JCPOA. Since a missile is half of what is needed to have a nuclear weapon capable of threatening another country, this suggests that Iran may be using its nuclear program for non-peaceful purposes.

Others have issues with the sunset clauses in the JCPOA. Traditionally, agreements have these clauses which set up a date after which the terms of the deal conclude. In the case of the JCPOA, there are multiple sunset clauses pertaining to different parts of Iran's nuclear program, such as uranium enrichment, the construction of centrifuges, and limitations on heavy water. In particular, most have a problem with the sunset clause pertaining to Iran's uranium enrichment. According to David Phillips, Director of the Peace-building and Rights Institute for the Study of Human Rights at Columbia University, "The JCPOA was flawed from the outset because of the sunset clause. Iran is allowed to restart its enrichment of uranium after 15 years. That is much too short a period."

Despite the issues with the agreement, many still take the position that since the JCPOA was already negotiated and decided upon, countries should follow the agreed terms to maintain accountability. Philips explained, "Once you negotiate a deal that is endorsed by the Security Council, you have to live with it. You can't unilaterally walk away." While many will continue to disagree about how to handle diplomacy with Iran, an Iranian nuclear program shrouded in mystery does not appear to be a promising path forward.

Source: From "Atoms for Peace" to "JCPOA": History of Iranian Nuclear Development. | K=1 Project Did you know the US and Israel helped create Iran's nuclear project?

What's 3,000 people killed in Iran, 2,020 killed in Lebanon, 23 in Israel, and more than a dozen in Gulf states after the US launched its war against Iran? "A little Middle East work" that's going "very well," US President Donald Trump said at the White House last week during a state dinner for King Charles.

Trump's 'little work', which involved significant casualties in the region without a clearly defined objective at the outset, was later framed as serving the purpose of ensuring that "Americans and their children would not be threatened by a nuclear-armed Iran."

"We have militarily defeated that particular opponent, and we're never going to let that opponent ever – Charles agrees with me even more than I do – we're never going to let that opponent have a nuclear weapon."

Will Charles help Donald make sure there's nothing – and no one – to allow Iran to work on its nuclear project? It seems like the US will try to level Iran to the ground anyway. According to The Atlantic, the Trump administration began considering strikes aimed not simply at Iran's military capacity, but at the faction inside the regime that Washington believed was preventing a deal.

Trump even reposted a video by Washington Post columnist Marc Thiessen calling for an air campaign along those lines. According to Axios, the military prepared options for a "short and powerful" wave of strikes, which General Dan Caine, the chairman of the Joint Chiefs of Staff, briefed the president on.

The timing is politically delicate. Trump has a state visit to China scheduled for mid-May, a trip that has already been postponed once. If strikes are ordered, they could come before the trip, allowing the president to travel after demonstrating strength. Or they could come immediately afterward, once the diplomatic optics are out of the way.

While Trump supplied the performance, Secretary of State Marco Rubio supplied the doctrine. When Trump spoke of military victory, royal agreement, and Iran never being allowed to possess a nuclear weapon, Rubio framed the same position as strategic necessity: Iran's government cannot be trusted, its future intentions are already known, and any deal that fails to address the nuclear question is unacceptable.

US President Donald Trump speaks to reporters as he and Secretary of State Marco Rubio (L) depart the White House on their way to Florida on March 20, 2026 in Washington, DC © Getty Images / Chip Somodevilla/Getty Images

The nuclear question, he said, is "the reason why we're in this in the first place." He insisted that if Iran's "radical clerical regime" remained in power, it would eventually decide to pursue a nuclear weapon. Therefore, in his view, the issue has to be confronted immediately.

But there is something deeply ironic in this entire spectacle. Listening to Trump and Rubio, one might think Iran's nuclear program appeared out of nowhere – a dark project born entirely from anti-Western ideology and clerical ambition. This is far from the case.

Iran's nuclear program did not begin with the Islamic Revolutionary Guard Corps. It did not begin with the Islamic Republic. It did not begin as an anti-American project. It began under the Shah, when Iran was a close US ally. And it began with direct American assistance.

When Iran's nuclear dream was a Western project

The origins of Iran's nuclear program were actually a pro-Western modernization project of the Shah's era, and it was the Western countries that acted as the architects in the early stages, Nikolay Sukhov, a leading researcher at the Primakov Institute of World Economy and International Relations and professor at the HSE University in Moscow, told RT.

The Atoms for Peace program, launched by the Eisenhower administration, was designed to export nuclear technology to US allies for peaceful purposes: Research, energy, and medicine, Sukhov said.

Under the Shah, Iran was one of Washington's priority partners.

Practical implementation began in the late 1950s, when Iran and the US signed an agreement on the peaceful use of nuclear energy. Under the agreement, Washington committed to supplying Tehran with nuclear installations and equipment, and to helping train Iranian specialists.

Later, in 1967, the US delivered Iran's first research reactor. Iranian nuclear experts were trained not only in the US, but also in Britain, Belgium, West Germany, Italy, Switzerland, and France. Specialists from Israel, West Germany, France, and the US agreed to work on the project and started laying the foundation for a reactor at Bushehr in southern Iran and a research reactor in Isfahan. Iran signed the Treaty on the Non-Proliferation of Nuclear Weapons (NPT) and ratified it in 1970, formally confirming the peaceful status of its nuclear program.

At the time, few in the West described Iran's nuclear program as a nightmare, and very few warned that the world was about to be held hostage by Tehran's atomic ambitions. The reason was simple: Iran was ruled by Mohammad Reza Pahlavi, the Shah, a close American ally and a central pillar of US strategy in the Middle East.

The Shah's nuclear ambitions, however, weren't limited to a peaceful project. The whole thing was part of a much larger project, the 'White Revolution' launched in 1963 – a sweeping modernization program that he called the "revolution of the Shah and the people."

Over the next decade and a half, Iran was transformed at extraordinary speed. A country that had recently been largely agrarian began building steel plants, machine-building factories, petrochemical complexes, automobile and tractor plants, gas and aluminum industries, and even the foundations of national shipbuilding and aircraft production.

"The shah placed his bet on large-scale nuclear energy as a pillar of industrialization and as a way to reduce dependence on oil. Paradoxically, that was precisely the logic: Nuclear power would free up more oil for export," Sukhov said.

Israeli advisers, who Mohammad Reza Pahlavi reportedly listened to carefully, were among those who convinced him that a country with such vast oil wealth deserved its own nuclear power plants. This is an important detail, because today Israel presents Iran's nuclear infrastructure as an intolerable threat by definition. But in the Shah's Iran, Israeli involvement in strategic and technological modernization was not unusual. Iran and Israel maintained close security, intelligence, and technical ties. The same Iran that is now described as a permanent danger was then part of a regional order that Washington and its allies wanted to strengthen.

Israel's role went back even earlier, to May 1958, when David Ben-Gurion received two Iranian nuclear scientists in his office. According to his notebooks, the visitors said they had come to establish ties with the Israeli scientific world and told him respectfully: "We have heard that in everything concerning science, you are at the level of the Americans."

The Shah's vision was simple and grandiose: To move Iran "from the Middle Ages into the nuclear age." The nuclear project, in his mind, would place Iran in the top ranks of Middle Eastern countries. He said Iran would have nuclear weapons "without a doubt and sooner than one would think," a statement he later disavowed.

Though the Western countries didn't see Iran as anything but a partner, Washington did have concerns. Declassified documents from the Ford and Carter years show that US officials worried about the Shah's interest in plutonium reprocessing, a technology that could provide a faster route to a bomb than enriched uranium. And yet no one seemed concerned enough to stop the process – or perceptive enough to notice another one unfolding in parallel: The slow build-up of a revolution that, within just a few years, would erupt.

"Western specialists in the 1960s and 1970s were not helping Iran build a military program. They were building a classic civilian nuclear system for an allied state, one that still depended heavily on Western technology and expertise," Sukhov said. "Yet that same system, through its personnel, infrastructure, and institutions, eventually gave Iran the tools to pursue technological sovereignty in the nuclear field later."

The Revolution that inherited the atom

By the time the Shah fell in 1979, the construction of Iran's first two nuclear reactors, with German participation, had already entered the final stage. The monarchy was gone but the infrastructure remained. So did the idea that nuclear technology was not simply about electricity, but also about development, prestige, and national independence.

"The turning point came after the Islamic Revolution. Most Western specialists left the country, projects were frozen, and cooperation with the United States and Europe came to an end. But the infrastructure already built – along with the experts Iran had trained – became the foundation for a later program that was more autonomous, more closed, and much harder for the West to control," Sukhov said.

Then came the Iran-Iraq War.

From 1980 to 1988, the Bushehr area was a repeated target of Iraqi air attacks. The unfinished nuclear plant, visible from a distance, was an obvious and symbolic target. According to Iranian media cited in the source material, American assistance allegedly helped guide Saddam Hussein's pilots toward the facility several times. The attacks killed workers, damaged parts of the plant, and turned what had once been a prestige project of the Shah into a battlefield ruin.

Iranian president Abulhassan Banisadr during a visit to the frontlines © Wikipedia

For Iran, watching the region around it militarize, strike first, and treat nuclear capability as a question of survival were lessons that were hard to miss. It was in the years of the Iran-Iraq War that the idea of an 'Islamic atomic bomb' likely began to take shape in the minds of some Iranian leaders.

Publicly, the revival of the Shah's nuclear program was presented as a matter of energy diversification. Iran had oil and gas, but it also had ambitions to become technologically self-sufficient. Nuclear technology was framed as a symbol of development and as a necessary attribute of any state that considered itself serious and sovereign. The possible military dimension was only one part of a broader Iranian drive for self-reliance in arms, technology, and industry.

After Ayatollah Khomeini's death in 1989, Iran's approach to nuclear energy changed again. Under the new supreme leader, Ayatollah Ali Khamenei, the country resumed its nuclear ambitions and continued seeking technologies connected to nuclear capability. By the early 1990s, the country was recovering from the devastating war with Iraq and trying to rebuild a program that was disrupted by revolution, bombardment, sanctions, and the withdrawal of foreign specialists who helped build it in the first place.

Under US pressure, Germany, India, and Argentina declined to support Iran's nuclear program. Iran turned to other partners, including China, Russia, and Pakistan. China signed nuclear cooperation protocols with Iran in 1985 and 1990, providing small research reactors, equipment related to uranium enrichment and fuel production, and more than a ton of natural uranium. Russia showed willingness to work on Iran's civilian nuclear development, and in 1992, Moscow and Tehran signed a nuclear cooperation agreement.

In 1995, Iran finalized a cooperation protocol with Russia to complete the Bushehr reactor, the very project that had begun under the Shah with German involvement and which was battered during the Iran-Iraq War.

This cooperation was controversial, especially in Washington. Then-President Bill Clinton pressed then-Russian President Boris Yeltsin to halt nuclear assistance to Iran, reflecting American concerns that civilian nuclear cooperation could strengthen Iran's broader technical base. In Russia, however, the argument was more complex. Some analysts believed that cooperation with Iran in nuclear energy could actually create channels of control and transparency: If Russia was involved, it would have contacts, oversight, and leverage that might help keep the project within civilian limits. The International Atomic Energy Agency did not at this stage report clear signs of a military component in Iran's nuclear program.

There was also a practical economic factor. In the difficult post-Soviet years, Russia needed major industrial contracts, and the Bushehr project promised significant revenue for Russian companies and the state. For Moscow, the project was not necessarily understood as a dramatic geopolitical gamble. It was a civilian energy contract, a continuation of a half-built plant, and a way to preserve Russia's role in the global nuclear industry.

There were, however, concerns. Some reports suggested that Russian contractors continued providing assistance beyond what Washington considered acceptable, including help involving heavy-water infrastructure and uranium mining. US and Israeli officials increasingly worried that Iran was acquiring not only nuclear power capability, but a wider industrial base that could shorten the distance to military applications if Tehran ever made the decision.

View of the reactor building at the Russian-built Bushehr nuclear power plant as the first fuel is loaded, on August 21, 2010 in Bushehr, southern Iran. © Getty Images / IIPA via Getty Images

By 1999, reports indicated that Iranian specialists had begun testing enrichment equipment that would eventually be connected to the facility at Natanz. Then, in 2002, the crisis entered a new stage. The Iranian opposition group Mujahedin-e Khalq revealed the existence of two previously undeclared nuclear sites: Natanz and Arak. This disclosure came at a moment when the US was already focused intensely on weapons of mass destruction, 'rogue states', and non-state extremist actors.

By early 2003, the scale of Iran's progress had become clearer. Iran had advanced further than US intelligence had expected. It had completed a cascade of 164 centrifuges and was building many more. Natanz was designed to house tens of thousands of centrifuges. At Arak, inspectors found construction related to heavy-water production and a reactor that could produce plutonium.

For the first time, Iran's nuclear program became not just a source of suspicion, but the center of an international crisis.

The program becomes the crisis

The snowball effect of mistrust of the same countries that helped Iran build its nuclear program is well known.

Even though Iran implemented the Additional Protocol to the NPT in 2003, strengthening the IAEA's ability to inspect and verify the program, and another agreement extending the temporary suspension of Iran's nuclear activities in 2004, the mistrust of the Western countries did not disappear. In 2005, the US again accused Iran of violating its commitments and developing a nuclear program, citing intelligence literally found on a stolen Iranian laptop.

Though experts questioned the reliability of this material, suggesting that Iranian opposition factions or a hostile state could have fabricated evidence, Washington successfully pushed for an IAEA resolution condemning Iran for a long history of concealment and failures to meet its obligations under the NPT. Iran's foreign minister, Manouchehr Mottaki, rejected the resolution as "illegal and illogical" and described it as the result of a scenario designed by the US.

From that point on, the pattern hardened. Publicly, Washington and its partners spoke of diplomacy, inspections, safeguards, and nonproliferation. Privately, the US and Israel expanded intelligence cooperation and pursued covert means to slow Iran's progress.

The CIA, wishful thinking, and imperial blindness: How the US engineered its own failure in Cuba

What had begun under the Shah as a Western-supported modernization project had become, under the Islamic Republic, a permanent international crisis.

The larger irony remained intact. Iran's nuclear program began with American approval, European contracts, Israeli contacts, and international legitimacy. After 1979, the same infrastructure became radioactive in the political sense. It was no longer the nuclear dream of a friendly monarch. It was the nuclear ambition of a state that had broken with Washington.

Today's American outrage has a strange historical aftertaste. Trump wants to erase what earlier American policy helped create, and Israel wants to destroy a nuclear capacity that Israeli experts once helped nurture. The point is not that Iran's nuclear program was 'good' when the West helped build it and 'bad' once the Islamic Republic inherited it. The point is that it became unacceptable when it was no longer in the hands of a US-aligned client state.

After 1979, the same infrastructure, institutions, and expertise ended up under a government Washington could not control. And despite losing Western support, Iran managed to keep the program alive through procurement, covert development, and partial localization. Over time, this produced a more autonomous nuclear cycle. It also gave Iran the ability to move close to weapons-grade capability without formally leaving the NPT. This is what made the program so difficult for Washington to contain – not simply that Iran had nuclear technology, but that it had learned how to sustain and advance it without being a client of the West.

Source: Did you know the US and Israel helped create Iran's nuclear project? Here's the story — RT World News By Elizaveta Naumova, a Russian political journalist and expert at the Higher School of Economics

References:

Sources for this episode include declassified military documents, United Nations treaties, congressional investigations, government reports, historical archives, and the published work of researchers including Robert O. Becker and Samuel Milham. As always, listeners are encouraged to review the original documents and draw their own conclusions.

Advisory Committee on Human Radiation Experiments. Final Report of the Advisory Committee on Human Radiation Experiments. Washington, DC: U.S. Government Printing Office, 1995.

Becker, Robert O., and Gary Selden. The Body Electric: Electromagnetism and the Foundation of Life. New York: William Morrow and Company, 1985.

Burns, Robert. "U.S. Army Explored Using Radioactive Poisons to Assassinate 'Important Individuals.'" Associated Press, October 9, 2007.

Eisenhower, Dwight D. "Atoms for Peace." Address before the United Nations General Assembly, New York, December 8, 1953.

International Atomic Energy Agency. Atoms for Peace and the Origins of International Nuclear Cooperation. Vienna: IAEA.

Milham, Samuel. Dirty Electricity: Electrification and the Diseases of Civilization. Bloomington, IN: iUniverse, 2010.

Milham, Samuel, and Lloyd Morgan. "A New Electromagnetic Exposure Metric: High Frequency Voltage Transients Associated with Increased Cancer Incidence in Teachers in a California School." American Journal of Industrial Medicine 51, no. 8 (2008): 579–586.

National Security Archive. The Moscow Signals Declassified: Microwave Mysteries, Projects Pandora and Bizarre.

Protocol for the Prohibition of the Use in War of Asphyxiating, Poisonous or Other Gases, and of Bacteriological Methods of Warfare (Geneva Protocol). Geneva, June 17, 1925.

United Nations. Treaty on the Non-Proliferation of Nuclear Weapons. New York, July 1, 1968.

United States Department of Veterans Affairs. Mustard Gas and Lewisite Exposure.

United States Senate Committee on Veterans' Affairs. Human Experimentation and Research Programs: Mustard Gas Testing During World War II. Washington, DC, 1993.

Primary Historical Sources

Eisenhower, Dwight D. "Atoms for Peace." United Nations General Assembly, December 8, 1953.

Geneva Protocol. Geneva, Switzerland, June 17, 1925.

Treaty on the Non-Proliferation of Nuclear Weapons (NPT). July 1, 1968.

Advisory Committee on Human Radiation Experiments. Final Report. 1995.

The USA

"Americans believe that the United States of America became a separate country following its War of Independence against the British in 1783.However, what happened was the setting up of the USA as a corporation subject to British maritime law. If you don't believe me then when you watch Obama speaking what do you think the gold border around your flag signifies?So, if the US is just a corporation, not a country where's the evidence?

we look for the Queen signing off acts of Parliament which automatically apply to the USA -legislation.gov.uk/uksi… - it isn't the only one.The one above was the Queen dictating social security legislation to the IRS. Still think you're independent.

"IRS Forces U.S. Citizens To Pay A Percentage Of Their Taxes To The Queen Of The UK Deep State – Political Vel Craft References USA History

UNITED STATES is a Corporation - There are Two Constitutions - SovereigntyFederal Reserve - The Enemy of AmericaA history lesson for Americans. You're still British. – Patriots for Truthbankruptcyofus.pdfWar and Emergency PowersMedia Release: The People Are the Enemy"Since March 9, 1933, the United States has been in a state of declared national emergency Powers listed:

• Seize property
• Organize and control production
• Seize commodities
• Assign military forces abroad
• Institute martial law
• Seize transportation
• Seize communications
• Regulate private enterprise
• Restrict travel
• Control lives of citizens

(Source attributed in text: Senate Report 93-549) 14th Amendment | AntiCorruption Society

The IRS is not a US government agency. It is an agency of the IMF (International Monetary Fund) (Diversified Metal Products v I.R.S et al. CV-93-405E-EJE U.S.D.C.D.I., Public Law 94-564, Senate report 94-1148 pg. 5967, Reorganization Plan No. 26, Public Law 102-391).

The IMF (International Monetary Fund) is an agency of the U.N.

(Black's Law Dictionary 6th Ed. page 816)

The United States has NOT had a Treasury since 1921 (41 Stat. Ch 214 page 654)

The U.S. Treasury is now the IMF (International Monetary Fund) (Presidential Documents Volume 24-No. 4 page 113, 22 U.S.C. 285-2887)

The United States does not have any employees because there is no longer a United States! No more reorganizations. After over 200 years of bankruptcy it is finally over. (Executive Order 12803)

The FCC, CIA, FBI, NASA and all of the other alphabet gangs were never part of the U.S. government, even though the "U.S. Government" held stock in the agencies. (U.S. v Strang, 254 US491 Lewis v. US, 680 F.2nd, 1239)

Social Security Numbers are issued by the U.N. through the IMF (International Monetary Fund). The application for a Social Security Number is the SS5 Form. The Department of the Treasury (IMF) issues the SS5 forms and not the Social Security Administration. The new SS5 forms do not state who publishes them while the old form states they are "Department of the Treasury". (20 CFR (Council on Foreign Relations) Chap. 111 Subpart B. 422.103 (b)

There are NO Judicial Courts in America and have not been since 1789. Judges do not enforce Statutes and Codes. Executive Administrators enforce Statutes and Codes. (FRC v. GE 281 US 464 Keller v. PE 261 US 428, 1 Stat 138-178)

There have NOT been any judges in America since 1789. There have just been administrators. (FRC v. GE 281 US 464 Keller v. PE 261 US 428 1 Stat. 138-178)

According to GATT (The General Agreement on Tariffs and Trade) you MUST have a Social Security number. (House Report (103-826)

New York City is defined in Federal Regulations as the United Nations. Rudolph Guiliani stated on C-Span that "New York City is the capital of the World." For once, he told the truth. (20 CFR (Council on Foreign Relations)

You CANNOT use the U.S. Constitution to defend yourself because you are NOT a party to it! The U.S. Constitution applies to the CORPORATION OF THE UNITED STATES, a privately owned and operated corporation (headquartered out of Washington, DC) much like IBM (International Business Machines, Microsoft, et al) and NOT to the people of the sovereign Republic of the united States of America. (Padelford Fay & Co. v The Mayor and Alderman of the City of Savannah 14 Georgia 438, 520)

America is a British Colony. The United States is a corporation, not a land mass and it existed before the Revolutionary War and the British Troops did not leave until 1796 (Republica v. Sweers 1 Dallas 43, Treaty of Commerce 8 Stat 116, Treaty of Peace 8 Stat 80, IRS Publication 6209, Articles of Association October 20, 1774)

Britain is owned by the Vatican. (Treaty of 1213)

The Pope can abolish any law in the United States (Elements of Ecclesiastical Law Vol. 1, 53-54)

A 1040 Form is for tribute paid to Britain (IRS Publication 6209)

The Pope claims to own the entire planet through the laws of conquest and discovery. (Papal Bulls of 1495 & 1493)

The Pope has ordered the genocide and enslavement of millions of people.(Papal Bulls of 1455 & 1493)

The Pope's laws are obligatory on everyone. (Bened. XIV., De Syn. Dioec, lib, ix, c. vii, n. 4. Prati, 1844 Syllabus Prop 28, 29, 44)

We are slaves and own absolutely nothing, NOT even what we think are our children. (Tillman vs. Roberts 108 So. 62, Van Koten vs. Van Koten 154 N.E. 146, Senate Document 438 73rd Congress 1st Session, Wynehammer v. People 13 N.Y. REP 378, 481)

Military dictator George Washington divided up the States (Estates) in to Districts (Messages and papers of the Presidents Volume 1 page 99 1828 Dictionary of Estate)

"The People" does NOT include you and me. (Barron vs. Mayor and City Council of Baltimore 32 U.S. 243)

It is NOT the duty of the police to protect you. Their job is to protect THE CORPORATION and arrest code breakers. (SAPP vs. Tallahassee, 348 So. 2nd. 363, REiff vs. City of Phila. 477 F. 1262, Lynch vs. NC Dept. of Justice 376 S.E. 2nd. 247)

Every thing in the "United States" is up for sale: bridges, roads, water, schools, hospitals, prisons, airports, etc, etc… Did anybody take time to check who bought Klamath Lake?? (Executive Order 12803)

"We are human capital" (Executive Order 13037) The world cabal makes money off of the use of your signatures on mortgages, car loans, credit cards, your social security number, etc.

The U.N. – United Nations – has financed the operations of the United States government (the corporation of THE UNITED STATES OF AMERICA) for over 50 years (U.S. Department of Treasury is part of the U.N. see above) and now owns every man, woman and child in America.

The U.N. also holds all of the land of America in Fee Simple.

The good news is we don't have to fulfill "our" fictitious obligations. You can discharge a fictitious obligation with another's fictitious obligation. Source: Stop The Pirates: These documents are NOT secret! They ARE a matter of Public Record.

The good news is we don't have to fulfill "our" fictitious obligations. You can discharge a fictitious obligation with another's fictitious obligation. Source: Stop The Pirates: These documents are NOT secret! They ARE a matter of Public Record.

WEATHER MODIFICATION PATENTS UPDATED

1891 US462795A – Method of Producing Rainfall

1914 US1103490A – Rain Maker

1917 US1225521A – Protection from Poisonous Gas In Warfare

1920 US1338343A – Process And Apparatus for The Production of Intense Artificial Clouds, Fogs, Or Mists

1924
US1512783A – Composition For Dispelling Fogs

1927
US1619183A – Process of Producing Smoke Clouds from Moving Aircraft

1928
US1665267A – Process of Predicting Artificial Fogs

1932
US1892132A – Atomizing Attachment for Airplane Engine Exhausts

1933
US1928963A – Electrical System and Method

1934
US1957075A – Airplane Spray Equipment

1936
US2045865A – Skywriting Apparatus
US2052626A – Method of Dispelling Fog

1937
US2068987A – Process of Dissipating Fog

1939
US2160900A – Method for Vapor Clearing

1941
US2232728A – Method and Composition For Dispelling Vapors
US2257360A – Desensitized Pentaerythritol Tetranitrate Explosive

1946
US2395827A – Airplane Spray Unit
US2409201A – Smoke-Producing Mixture

1949
US2476171A – Smoke Screen Generator
US2480967A – Aerial Discharge Device

1950
US2527230A – Method of Crystal Formation and Precipitation

1951
US2550324A – Process for Controlling Weather
US2570867A – Method of Crystal Formation and Precipitation

1952
US2582678A – Material Disseminating Apparatus for Airplanes
US2591988A – Production of TiO2 Pigments
US2614083A – Metal Chloride Screening Smoke Mixture

1953
US2633455A – Smoke Generator

1954
US2688069A – Steam Generator

1955
US2721495A – Method and Apparatus for Detecting Minute Crystal Forming Particles Suspended in A Gaseous Atmosphere

1956
US2730402A – Controllable Dispersal Device

1957
US2801322A – Decomposition Chamber for Monopropellant Fuel

1958
US2835530A – Process for The Condensation Of Atmospheric Humidity and Dissolution Of Fog

1959
US2881335A – Generation Of Electrical Fields
US2903188A – Control Of Tropical Cyclone Formation
US2908442A – Method For Dispersing Natural Atmospheric Fogs And Clouds

1960
US2962450A – Fog Dispelling Composition
US2963975A – Cloud Seeding Carbon Dioxide Bullet

1961
US2986360A – Aerial Insecticide Dusting Device

1962
US3044911A – Propellant System
US3056556A – Method Of Artificially Influencing The Weather

1964
US3120459A – Composite Incendiary Powder Containing Metal Coated Oxidizing Salts
US3126155A – Silver Iodide Cloud Seeding Generator
US3127107A – Generation Of Ice-Nucleating Crystals
US3131131A – Electrostatic Mixing In Microbial Conversions

1965
US3174150A – Self-Focusing Antenna System

1966
US3234357A – Electrically Heated Smoke Producing Device
US3257801A – Pyrotechnic Composition Comprising Solid Oxidizer, Boron And Aluminum Additive And Binder
US3274035A – Metallic Composition For Production Of Hygroscopic Smoke

1967
US3300721A – Means For Communication Through A Layer Of Ionized Gases
US3313487A – Cloud Seeding Apparatus
US3338476A – Heating Device For Use With Aerosol Containers

1968
US3410489A – Automatically Adjustable Airfoil Spray System With Pump

1969
US3429507A – Rainmaker
US3430533A – Aircraft Dispenser Pod Having Self-Sealing Ejection Tubes
US3432208A – Fluidized Particle Dispenser
US3437502A – Titanium Dioxide Pigment Coated With Silica And Aluminum
US3441214A – Method And Apparatus For Seeding Clouds
US3456880 – Method Of Producing Precipitation From The Atmosphere

1970
US3518670 – Artificial Ion Cloud
US3534906 – Control Of Atmospheric Particles
US3545677 – Method Of Cloud Seeding

1971
US3601312 – Methods Of Increasing The Likelihood Of Precipitation By The Artificial Introduction Of Sea Water Vapor Into The Atmosphere Windward Of An Air Lift Region
US3608810 – Methods Of Treating Atmospheric Conditions
US3608820 – Treatment Of Atmospheric Conditions By Intermittent Dispensing Of Materials Therein
US3613992 – Weather Modification Method
US3630950 – Combustible Compositions For Generating Aerosols, Particularly Suitable For Cloud Modification And Weather Control And Aerosolization Process
US3659785 – Weather Modification Utilizing Microencapsulated Material

1972
US3666176 – Solar Temperature Inversion Device
US3677840 – Pyrotechnics Comprising Oxide Of Silver For Weather Modification Use

1973
US3722183 – Device For Clearing Impurities From The Atmosphere
US3769107 – Pyrotechnic Composition For Generating Lead Based Smoke

1974
US3784099 – Air Pollution Control Method
US3785557 – Cloud Seeding System
US3795626 – Weather Modification Process
US3808595 – Chaff Dispensing System
US3813875 – Rocket Having Barium Release System To Create Ion Clouds In The Upper Atmosphere
US3835059 – Methods Of Generating Ice Nuclei Smoke Particles For Weather Modification And Apparatus Therefore
US3835293 – Electrical Heating Apparatus For Generating Super Heated Vapors

1975
US3877642 – Freezing Nucleant
US3882393 – Communications System Utilizing Modulation Of The Characteristic Polarization Of The Ionosphere
US3896993 – Process For Local Modification Of Fog And Clouds For Triggering Their Precipitation And For Hindering The Development Of Hail Producing Clouds
US3899129 – Apparatus For Generating Ice Nuclei Smoke Particles For Weather Modification
US3899144 – Powder Contrail Generation

1976
US3940059 – Method For Fog Dispersion

1977
RE29142 – Reissue Of Patent 3630950
US4042196 – Method And Apparatus For Triggering A Substantial Change In Earth Characteristics And Measuring Earth Changes

1978
US4096005 – Pyrotechnic Cloud Seeding Composition
US4129252 – Method And Apparatus For Production Of Seeding Materials

1979
US4141274 – Weather Modification Automatic Cartridge Dispenser

1982
US4362271 – Procedure For The Artificial Modification Of Atmospheric Precipitation As Well As Compounds With A Dimethyl Sulfoxide Base For Use In Carrying Out Said Procedure

1983
US4402480 – Atmosphere Modification Satellite
US4412654 – Laminar Microjet Atomizer And Method Of Aerial Spraying Of Liquids
US4415265 – Method And Apparatus For Aerosol Particle Absorption Spectroscopy

1984
US4470544 – Method Of And Means For Weather Modification
US4475927 – Bipolar Fog Abatement System

1986
US4600147 – Liquid Propane Generator for Cloud Seeding Apparatus

1987
US4633714 – Aerosol Particle Charge And Size Analyzer
US4643355 – Method And Apparatus For Modification Of Climatic Conditions
US4653690 – Method Of Producing Cumulus Clouds
US4684063 – Particulates Generation And Removal
US4686605 – Method And Apparatus For Altering A Region In The Earth's Atmosphere, Ionosphere, And/Or Magnetosphere
US4704942 – Charged Aerosol
US4712155 – Method And Apparatus For Creating An Artificial Electron Cyclotron Heating Region Of Plasma

1988
US4744919 – Method Of Dispersing Particulate Aerosol Tracer
US4766725 – Method Of Suppressing Formation Of Contrails And Solution Therefor

1989
US4836086 – Apparatus And Method For The Mixing And Diffusion Of Warm And Cold Air For Dissolving Fog

1990
US48050 – Liquid Atomizing Apparatus For Aerial Spraying

1991
US4999637 – Creation Of Artificial Ionization Clouds Above The Earth
US5003186 – Stratospheric Welsbach Seeding For Reduction Of Global Warming
US5005355 – Method Of Suppressing Formation Of Contrails And Solution Therefor
US5041834 – Artificial Ionospheric Mirror Composed Of A Plasma Layer Which Can Be Tilted

1992
US5104069 – Apparatus And Method For Ejecting Matter From An Aircraft
US5174498 – Cloud Seeding

1994
US5357865 – Method Of Cloud Seeding

1995
US5425413 – Method To Hinder The Formation And To Break-Up Overhead Atmospheric Inversions, Enhance Ground Level Air Circulation And Improve Urban Air Quality
US5441200 – Tropical Cyclone Disruption

1996
US5556029 – Method Of Hydrometeor Dissipation (Clouds)

1997
US5628455 – Method And Apparatus For Modification Of Supercooled Fog
US5639441 – Methods For Fine Particle Formation

1998
US5762298 – Use Of Artificial Satellites In Earth Orbits Adaptively To Modify The Effect That Solar Radiation Would Otherwise Have On Earth's Weather

1999
US5912396 – System And Method For Remediation Of Selected Atmospheric Conditions
US5922976 – Method Of Measuring Aerosol Particles Using Automated Mobility-Classified Aerosol Detector
US5949001 – Method For Aerodynamic Particle Size Analysis
US5984239 – Weather Modification By Artificial Satellite

2000
US6056203 – Method And Apparatus For Modifying Supercooled Clouds

2001

US20030085296A1 – Hurricane And Tornado Control Device