![]() Zimmer has taught a science communication course at Yale since 2017 and participates in other molecular biophysics and biochemistry courses. ![]() In 2016 Yale University appointed Zimmer Adjunct Professor of Molecular Biophysics and Biochemistry, stating that he is "a world-renowned science journalist and teacher, and his ability to make science, particularly biology, accessible to the general public is without peer". Zimmer has received a number of awards, including the 2007 National Academies Communication Award, a prize for science communication from the United States National Academy of Sciences, for his wide-ranging coverage of biology and evolution in newspapers, magazines, and his blog. ![]() Zimmer's 2004 article "Whose Life Would You Save?" was included in the 2005 The Best American Science and Nature Writing series. In 20 he was host of the periodic audio podcast "Meet the Scientist" of the American Society for Microbiology. Zimmer has twice been a spotlight speaker at the Aspen Ideas Festival, in 20. He also presented at NECSS 2011 and CSICon 2018. In 2009, Zimmer was the keynote speaker at Northeast Conference on Science and Skepticism (NECSS). He has given lectures at universities, medical schools, and museums. Zimmer and the STAT team have put out "Game of Genomes", a 13-part series that enlisted two dozen scientists, with the goal of exploring Zimmer's own genome. Zimmer writes a weekly column called "Matter" in The New York Times. It was transferred to Zimmer's personal website in 2018. ![]() The Loom has been hosted by Discover and National Geographic for many years, and has been invited to be part of Scienceblogs. In 2004, he started a blog called "The Loom", in which he wrote about topics related to his books, but later expanded it into what he terms "a place where I could write about things I might not be turning into an article for a magazine, but were really interesting'. Zimmer left Discover after ten years to focus on books and other projects. In 1989, he started his career at Discover magazine, first as a copy editor and fact checker, eventually serving as a senior editor from 1994 to 1998. House of Representatives from 1991 to 1997. Zimmer's father is Dick Zimmer, a Republican politician from New Jersey, who was a member of U.S. He is the only science writer to have a species of tapeworm named after him ( Acanthobothrium zimmeri). Zimmer describes his journalistic beat as "life" or "what it means to be alive". Zimmer also gives frequent lectures and has appeared on many radio shows, including National Public Radio's Radiolab, Fresh Air, and This American Life. He is a fellow at Yale University's Morse College and adjunct professor of molecular biophysics and biochemistry at Yale University. The author of many books, he contributes science essays to publications such as The New York Times, Discover, and National Geographic. Copyright 2008 Carl Zimmer.Carl Zimmer (born 1966) is a popular science writer, blogger, columnist, and journalist who specializes in the topics of evolution, parasites, and heredity. I also stopped by KUSP when I was in Santa Cruz, CA, last week, and talked on their show, Talk of the Bay. I jump in at about minute 32:00, but the whole show is worth a listen. My interview on This Week In Science is now online here. Timmer and I also had a talk via Skype recently not just about Microcosm, but about writing about science in general, and he’s posted the interview (page one and two). That’s the introduction of John Timmer’s review of Microcosm over at Ars Technica (a great technology and science site that was recently snatched up by Conde Nast). Still, he handles the challenge extraordinarily well. Covering all of life is a big task, and Zimmer made the challenge that much harder on himself by choosing to target the book to a general audience. For Zimmer, the system that serves as a model of all life, and of humanity’s often uncomfortable relationship to it, is the unprepossessing gut bacteria, Escherischia coli. coli and the New Science of Life, Science writer Carl Zimmer took that reductionist approach and applied it to a pretty big issue: life itself. The field of biology has been wildly successful by taking what’s called a reductionist approach, i.e., you tackle a small problem in isolation in order to gain insight into larger questions.
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