Skip to main content

The Ten Most Beautiful Experiments – George Johnson ****

I really like the premise of this book. When I studied experimental physics, I was put off staying in the discipline, in part because I wasn’t very good at it, but also because it was a bit of a let down. Real physics experiments all seemed to be about reading numbers off black boxes (later computers), rather than ever actually getting your hands on something truly tangible. George Johnson has identified what he regards as the ten most beautiful experiments in history, where these have to be ‘real’ old fashioned hands-on experiments that you could undertake without a team of 500 and a billion dollar budget. That’s great. 

 Of course, inevitably you could argue about the choice of that top ten – and, yes, he’s got it wrong in places. For example, Pavlov’s in there. If you really wanted to have a dog-oriented experiment, I’d go for the amazing experiment by Dimitri Belyaev, where over forty years he did to foxes what ancient man did to wolves, breeding them for characteristics that turned them into the fox equivalent of a dog. I also felt that two of the experiments – the Michelson/Morley ether one and Millikan’s oil drop were there largely out of national pride. The fact is that the US pre-eminence in experimental science has been in big science, and these were rare examples that fitted the required pattern, but weren’t as earth-shattering as many others, including of course Rutherford’s work on the atomic nucleus (as Johnson admits himself might be considered for the ‘eleventh’). 

 However, given that the choice is inevitably arbitrary, there’s no point making too big a deal of it. Johnson does a good job in explaining the experiments, though I felt the scene setting was a little basic. As he is only covering 10 experiments, he had plenty of room to really get us into the feel of the period and the individual’s character, but instead this aspect tends to be quite summary, and occasionally over-simplistic. It’s the sort of thing you’d expect in a book covering a big sweep of time – or a children’s book – but not in one with so tight a focus. Take the end of the Newton chapter. ‘The carping continued until 1678, when in exasperation he retreated into seclusion. He was thirty-five. There was much still to be done.’ This has the feel of a school essay, not great popular science writing. 

There was also the odd case of journalistic extravagance. The Faraday chapter is begun with something on Lady Ada Lovelace (more properly Ada King, Lady Lovelace) – it suggests that she inspired Faraday to some aspects of his work. With all that’s known about Faraday, this sounds hugely out of character, and I’m not sure a few obscure diary comments really justify this deduction. However, this is a relatively small complaint. Generally the experiments are well described and there is a feel for the significance of experiment that is often lacking from popular science. 

Although not strictly on topic, it was also interesting seeing the author’s own attempts to put together a Millikan oil drop experiment (though to the UK reader, his remark about replacing a ‘British sized bulb’ with an ordinary halogen lamp was a trifle parochial). All in all, a good addition that manages to be something noticeably different from the majority of books out there – difficult to achieve in a crowded genre like this.
Paperback:   
Kindle 
Using these links earns us commission at no cost to you
Review by Brian Clegg - See all Brian's online articles or subscribe to a weekly email free here

Comments

Popular posts from this blog

Mathematics with Love – Mary Stopes-Roe *****

Admittedly it’s early days (this review is written in January), but this, for me, is the surprise hit of the year so far! I approached this book with trepidation, but found it absolutely delightful. It is described on the cover as the “courtship correspondence of Barnes Wallis, inventor of the bouncing bomb”, and contains a series of letters between Wallis and his cousin and eventual wife Molly Bloxham, along with some useful annotation by their daughter, Mary. The courtship itself is not without difficulties, as Wallis was 18 years older than the 17-year-old Molly at the start of the correspondence, and her father, not surprisingly, wasn’t too pleased about the interest of such an elderly suitor, but that isn’t the only reason the letters are interesting – it’s also because of maths, and Wallis’s position in the UK as the engineering hero of the Second World War. (Incidentally, it seemed very strange to see letters addressed to “Barnes” – I had always assumed Barnes Wallis was a ...

Data Empire - Roopika Risam ****

The central thesis presented by Roopika Risam is that information gives us (and particularly countries) the power to organise, control and dominate others. Although I have a couple of issues with the presentation, this is a genuinely interesting trip through the history of our use of stored information from the earliest tallies to the latest information technology. I loved a quote from Lisa Gitelman that data is is always 'cooked' so 'raw data is an oxymoron'. This neatly underlines Risam's thesis that data and information are not neutral facts, but rather tools that (like everything from fire to electronics) can be used for good or evil. As we are taken through the historical context, it can sometimes be a little difficult to judge whether Risam regards a particular example as bad or good, even when the outcome is disastrous. One thing I didn't like too much is the adherence to a popular science writing approach that has got distinctly hackneyed: opening chapte...

Andrew Jaffe - Five way interview

Andrew Jaffe is professor of astrophysics and cosmology at Imperial College, London and director of the Imperial Centre for Inference and Cosmology. His new book is The Random Universe. Why science? I’ve always been interested in science, in particular in  astronomy, astrophysics, and space. One of my earliest memories - back in nursery school in New Jersey, I think - was watching one of the moon launches. I wanted that excitement to be part of my life! I never got to be an astronaut, but I did get to be part of the Planck Satellite team, and was privileged to be able to travel to the ESA Spaceport in French Guiana to watch the launch.  In between, I was lucky enough to have a supportive family, get a good education, and find inspiring teachers, mentors, and collaborators. They helped me model the universe, and helped me learn how to refine those models in the face of experimental and observational evidence. That is, they taught me to be a scientist. Why this book? The Random...