The popular science and science fiction book review site
Subscribe to this blog
Follow by Email
Search This Blog
The Simpsons and their Mathematical Secrets – Simon Singh ****
Updated for paperback edition
Through the years we have had a whole slew of books dedicated to discovering the science or maths used in a fiction book, movie or TV show – think, for instance of The Physics of Star Trek or The Science of Middle Earth. And at first sight, Simon Singh’s new book (which he tells me has been brewing in his mind for a good few years) is more of the same, but in fact it takes rather a different approach. Where the other books look for the science etc. inherent in the world created in the storyline, Singh’s new title picks out the mathematics explicitly incorporated by the writers into the Simpsons (and in its companion show, Futurama, to which the final few chapters are dedicated).
I confess I haven’t much time for Futurama, but despite having always enjoyed the Simpsons, I hadn’t spotted the unusually high level of mathematical content, the result of several of the writers having maths, science or computer science backgrounds. Sometimes it manifests in just a passing reference – perhaps the title of a book glimpsed for a second, or something written on a blackboard in the background. At others the maths is central to the storyline.
In some ways, what should be a ‘best of both worlds’ crossover book that appeals to both Simpsons fans and maths nerds (publishers love crossover books) is in danger of being the opposite kind of product (I mean product in a mathematical sense – how else?), by being a book that only appeals to maths nerds who are also fans of the Simpsons. As I almost qualify for this, I was going to enjoy reading it anyway, but what saved it from being the mathematical equivalent of trainspotting (‘Did you know that in episode #382, the number 47 is referred to ironically as a square, even though everyone knows it isn’t, fnaar, fnaar!’*) was Singh’s indubitable writing skill and ability to bring in interesting asides and deviations.
Popular maths will always have a smaller audience than popular science for good reason, but if you have only the smallest interest in maths and some enjoyment of either the Simpsons or Futurama you should find this an excellent entertainment, and certainly a revelation when it comes to the lengths that the writers will go to get some little mathematical reference in.
* This isn’t a real example, but the sort of thing I mean
It would be easy to think 'Surely we don't need another book on quantum physics.' There are loads of them. Anyone should be happy with The Quantum Age on applications and the basics, Cracking Quantum Physics for an illustrated introduction or In Search of Schrödinger's Cat for classic history of science coverage. Don't be fooled, though - because in Beyond Weird, Philip Ball has done something rare in my experience until Quantum Sense and Nonsense came along. It makes an attempt not to describe quantum physics, but to explain why it is the way it is.
Historically this has rarely happened. It's true that physicists have come up with various interpretations of quantum physics, but these are designed as technical mechanisms to bridge the gap between theory and the world as we see it, rather than explanations that would make sense to the ordinary reader.
Ball does not ignore the interpretations, though he clearly isn't happy with any of them. He seems to come clo…
There's no doubt that Jim Baggott is one of the best popular science writers currently active. He specialises in taking really difficult topics and giving a more in-depth look at them than most of his peers. The majority of the time he achieves with a fluid writing style that remains easily readable, though inevitably there are some aspects that are difficult for the readers to get their heads around - and this is certainly true of his latest title Quantum Space, which takes on loop quantum gravity.
As Baggott points out, you could easily think that string theory was the only game in town when it comes to the ultimate challenge in physics, finding a way to unify the currently incompatible general theory of relativity and quantum theory. Between them, these two behemoths of twentieth century physics underlie the vast bulk of physics very well - but they simply can't be put together. String theory (and its big brother M-theory, which as Baggott points out, is not actually a the…