Sean Carroll's Mindscape: Science, Society, Philosophy, Culture, Arts, and Ideas15 Kesä 2020

101 | David Baltimore on the Mysteries of Viruses

I recently saw an estimate that if you took all the novel coronaviruses in the world (the actual viruses, not patients), you could fit them into a bucket no more than a couple of liters in volume. A huge impact has been wrought by a very small amount of stuff. The world of viruses is vast and complicated, and we're still learning some of its basic features. Today's guest David Baltimore won the Nobel Prize in Physiology or Medicine for the discovery that genetic information in viruses could flow from RNA to DNA, establishing an exception to the Central Dogma of Biology. He is the author of the Baltimore Classification scheme for viruses, and has done important research in the role of viruses in diseases from AIDS to cancer. We talk about what viruses are, how they work, and the status of the novel coronavirus we are currently battling. David also has some strong opinions about public health and how we should be preparing for future outbreaks.

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David Baltimore received his Ph.D. in molecular biology from the Rockefeller Institute. He is currently the Robert Andrews Millikan Professor of Biology at Caltech. At age 37 he was awarded the Nobel Prize, which he shared with Howard Temin and Renato Dulbecco. He has served as the President of both Rockefeller University and Caltech, as well as President of the American Association for the Advancement of Science and the Founding Director of the Whitehead Institute for Biomedical Research. Among his other awards are the National Medal of Science and the Warren Alpert Foundation Prize.

Caltech Web Page
Nobel Prize page
Wikipedia
Ahead of the Curve: David Baltimore's Life in Science, by Shane Crotty
"Introduction to Viruses" video

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362 | Luis Bettencourt on the Universal Properties of Self-Organizing Cities

People who live in large cities produce more patents per person than those who live in small towns. They also walk faster down the street, and use less infrastructure per person. Indeed, the relations...

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361 | Bonnie Bassler on How Bacteria Talk and Work Together

One of the characteristics of life is that living organisms gather information and put it to use. Even one of the simplest lifeforms, bacteria, are able to sense features of their surroundings and alt...

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Mindscape Ask Me Anything, Sean Carroll | July 2026

Welcome to the July 2026 Ask Me Anything episode of Mindscape! These monthly excursions are funded by Patreon supporters (who are also the ones asking the questions). We take questions asked by Patreo...

13 Heinä 4h 3min

360 | Marc Berman on the Science of Touching Grass

Modern life has, in many ways, removed us from the environments in which our ancestors lived and adapted. Not only do we spend time looking at screens, but we spend time indoors, or outdoors but in ur...

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359 | Solo: Theories of Dark Energy

The cosmological constant, as discussed last episode, provides a perfectly good (thus far) explanation for why we observe the universe to be accelerating. But it might not be the right explanation, an...

29 Kesä 1h 56min

358 | Solo: Vacuum Energy and the Cosmological Constant

The most surprising discovery in fundamental physics during my career as a scientist was undoubtedly the acceleration of the universe, announced in 1998. The most straightforward explanation for these...

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357 | Jeff Coller on mRNA, Vaccines, and Bespoke Therapeutics

Messenger RNA (mRNA) plays a literally central role in the functioning of life as we know it, shuttling information back and forth between the DNA where it is stored to the ribosome where it is used t...

15 Kesä 1h 19min

356 | Andrea Wulf on Enlightenment, Nature, Romanticism, and Modernity

All ideas have a history, no matter how inevitable and well-entrenched they may seem to us today. The later Enlightenment was a heady time when people were exploring new conceptions of nature, humanit...

8 Kesä 1h 17min