Skip to main content

Sam Kean – Four Way Interview

Sam Kean spent years collecting mercury from broken thermometers as a child and now he is a writer in Washington D.C. He studied physics and English and his work has appeared in the New York Times magazine, Slate and New Scientist. His first book is The Disappearing Spoon.
Why Science?
I love literature and have grown more and more interested in politics since moving to Washington, D.C. But in those fields you’re dealing with the same themes and problems as people hundreds and even thousands of years ago. Science excites me because it’s one of the few things that’s truly new and that has truly changed across the millennia. We’re no smarter than the ancient Greeks or Egyptians or Chinese in the arts but we know immeasurably more science, and it’s fun being a part of that, however modestly, through writing.
Why this book?
I’d always gravitated in school toward teachers who neglected the lesson plans in favor of telling us stories, and I finally wanted to collect all the fabulous tales about elements into one place. Plus, we talked about so few of the 118 elements in school and I just knew there had to funny, unusual, and spooky stories about elements most people have never ever heard of, too.
What’s next?
I’m working on a new book about genetics – fun, peculiar, and strange stories from the long history of human evolution. Most of them would have been lost forever if they weren’t etched (or rather encoded, waiting to be read) into our DNA.
What’s exciting you at the moment?
Astrobiology – hunting for life on other planets. It’s such a great blend of so many different fields (physics, geology, astronomy, biology, atmospheric chemistry, virology, etc., etc.) And if we do find life somewhere else in the universe I think that will be the most important discovery we could ever make.
Photo (c) Voss Studios, Austinville, Iowa, US – reproduced with permission

Comments

Popular posts from this blog

The Laws of Thought - Tom Griffiths *****

In giving us a history of attempts to explain our thinking abilities, Tom Griffiths demonstrates an excellent ability to pitch information just right for the informed general reader.  We begin with Aristotelian logic and the way Boole and others transformed it into a kind of arithmetic before a first introduction of computing and theories of language. Griffiths covers a surprising amount of ground - we don't just get, for instance, the obvious figures of Turing, von Neumann and Shannon, but the interaction between the computing pioneers and those concerned with trying to understand the way we think - for example in the work of Jerome Bruner, of whom I confess I'd never heard.  This would prove to be the case with a whole host of people who have made interesting contributions to the understanding of human thought processes. Sometimes their theories were contradictory - this isn't an easy field to successfully observe - but always they were interesting. But for me, at least, ...

Einstein's Fridge - Paul Sen ****

In Einstein's Fridge (interesting factoid: this is at least the third popular science book to be named after Einstein's not particularly exciting refrigerator), Paul Sen has taken on a scary challenge. As Jim Al-Khalili made clear in his excellent The World According to Physics , our physical understanding of reality rests on three pillars: relativity, quantum theory and thermodynamics. But there is no doubt that the third of these, the topic of Sen's book, is a hard sell. While it's true that these are the three pillars of physics, from the point of view of making interesting popular science, the first two might be considered pillars of gold and platinum, while the third is a pillar of salt. Relativity and quantum theory are very much of the twentieth century. They are exciting and sometimes downright weird and wonderful. Thermodynamics, by contrast, has a very Victorian feel and, well, is uninspiring. Luckily, though, thermodynamics is important enough, lying behind ...

Nanotechnology - Rahul Rao ****

There was a time when nanotechnology was both going to transform the world and wipe us out - a similar position to our view of AI today. On the positive transformation side there was K. Eric Drexler's visions in the 1986 Engines of Creation. Arguably as much science fiction as engineering possibilities, it predicted the ability to use vast armies of assemblers to put objects together from individual atoms.  On the negative side was the vision of grey goo, out of control nanotechnology consuming all in its path as it made more and more copies of itself. In 2003, for instance, the then Prince Charles made the headlines  when newspapers reported ‘The prince has raised the spectre of the “grey goo” catastrophe in which sub-microscopic machines designed to share intelligence and replicate themselves take over and devour the planet.’ These days the expectations have been eased down a notch or two. Where nanotechnology has succeeded, it has been with the likes of atom-thick mat...