Just a quick note to let you know about a couple new radio/podcast programs I’m on at the moment.

1. Radiolab. The merry band of Jad Abumrad, Robert Krulwich, and company have put out a new episode all about speed. They got in touch with me after reading a column I wrote about the speed of thought, and I took them on a journey through our not-exactly-light-speed nervous system. They also explore other aspects of speed, such as the agonizingly slow drip of pitch and the superfast world of high-speed stock trading. I’ve embedded the show here.

2. Point of Inquiry: At Science Online this weekend, I sat down for a wide-ranging conversation with Indre Viskontas. We talked about whether viruses are alive, how to do a better job of fighting the flu, and much more. Check it out.

Originally published February 6, 2013. Copyright 2013 Carl Zimmer.

The New York Times, February 4, 2013

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In 1855, Charles Darwin took up a new hobby. He started raising pigeons.

In the garden of his country estate, Darwin built a dovecote. He filled it with birds he bought in London from pigeon breeders. He favored the fanciest breeds — pouters, carriers, barbs, fantails, short-faced tumblers and many more.

“The diversity of the breeds is something astonishing,” he wrote a few years later in “On the Origin of Species” — a work greatly informed by his experiments with the birds.

Continue reading “Pigeons Get a New Look”

In tomorrow’s New York Times, I write about what pigeons taught Darwin about evolution, and what they can teach us over 150 years later. The spur for the story is a new paper in which scientists analyze the genomes of forty different pigeon breeds to understand the molecular secrets behind their remarkable diversity. My story is accompanied by some wonderful photos as well as a podcast in which I talk to my editor, David Corcoran, about the research.

Continue reading “How Pigeons Cured My Case of YAGS”

Discover, January 30, 2013

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Ten thousand years ago, there were just 5 million people on Earth, fewer than live in Singapore today. The population has since soared to 7 billion. This rapid growth has left a mark on the human genome, researchers are finding, drastically increasing the number of very rare mutations in our DNA. That realization casts doubt on the long-standing view that just a few genetic mutations underlie many hereditary diseases. In reality, those diseases are probably caused by a wide variety of extremely rare mutations that vary from one person to the next, complicating efforts to understand and treat them at the genetic level.

Continue reading “80. Rare Genes Cause Common Diseases”