Skip to main content

Chemistry in Your Kitchen - Matthew Hartings ****

As author Matthew Hartings, chemistry lecturer by day and kitchen wizard by night (well, he has things he says he's pretty good at cooking) points out, chemistry and cooking have a lot in common. You don't have to be into molecular gastronomy like Heston Blumenthal, running your kitchen more like a lab than an everyday part of the home. Whenever we deal with food and drink, we are inevitably dealing with chemistry.

As Hartings also points out, chemistry is the Cinderella of the popular science world, so it's great to see a book in this field that works reasonably well (I'll come back to that 'reasonably').

What we get here are trips through a whole host of familiar (at least, familiar if you are American) food and drink experiences, from coffee via Kraft Mac and Cheese, through meat to beer and cocktails. At his best, Hartings is an engaging storyteller, for example taking us through his experience being hauled onto a TV show at the last minute to talk about the science of bacon. He proudly records half an hour of fascinating chemistry-related bacon information - why it smells so good when it's cooking, for instance. Only to have his broadcast contribution cut down to little more than 'I love bacon.'

Hartings is equally good at little asides that you don't expect - for instance, we discover that those lovely circular vibration waves on the cup in Jurassic Park when the T-rex is approaching were produced by vibrating a guitar string under the cup. And sometimes too the chemistry itself can be surprising and interesting with a direct, understandable impact on what we eat and drink - where, for example he describes the ways that the different kinds of pectin work. But Hartings does have the classic scientist-as-writer problem that he doesn't realise when there's too much chemistry in one lump and he needs a good leavening of narrative (see what I've done there with the food metaphor?) - there are parts that are simply too chemistry-heavy.

Another issue is that some points are drawn out far longer than they really need to be - a spot of judicious editing would have helped. But it's when the chemistry gets out of control, for example in the lengthy description of the Maillard reaction. It genuinely is interesting and important in many areas of cooking - but the chemical expansion goes on far too long.

If I'm going to be really picky there was also one cosmological issue when he says that Carl Sagan’s quote ‘we are star stuff’ describes 'how every atom in our body was once made in a star.’ I'm no biologist, but I think there's plenty of hydrogen in our bodies and I'd be interested to know what stars made hydrogen from. But that's nit-picking.

Overall, I did have to skip through a few overloaded chemistry bits, but I still enjoyed the book. Hartings has a light, chatty style and brings a lot of food chemistry to life. I may have been a little generous with the star rating because of the shortage of good popular chemistry books - but there's a lot to like here. (Incidentally, the Royal Society of Chemistry really should have priced this as a popular science book - at the moment it's more like a textbook, with a cover that gives away its origins.)


Paperback:  
Using these links earns us commission at no cost to you

Review by Brian Clegg

Comments

Popular posts from this blog

Who Invented the Computer? – Ian Watson

Ian Watson is the author of  The Universal Machine  and featured in a recent  Four Way Interview . Saturday June 23 2012 was the centenary of the birth of Alan Turing, the troubled genius who invented the modern computer. Why though do so few people recognize his name and his great achievements? In 1936 English mathematician Alan Turing, published a paper,  On Computable Numbers, with an application to the Entscheidungsproblem . This became the foundation of computing. In it Turing presented a theoretical machine that could solve any problem that could be described by instructions encoded on a paper tape. A Turing Machine could calculate square roots, whilst another might solve Sudoku puzzles. Turing demonstrated you could construct a single  Universal Machine  that could simulate any Turing Machine. One machine solving any problem for which a program could be written – sound familiar? He’d invented the computer. Then,  computers  were peop...

The Star Book – Peter Grego ****

This attractive landscape format book combines an excellent introduction to the stars and basic astronomy with a set of star maps, plus in depth looks at some of the stars featured, with a  bonus section on the solar system. Amazon says it’s a hardback, but in fact it’s a paperback with a rather ingenious cover – you can’t tell from the photo, but the words ‘The Star Book’ are punched through as a series of holes that show the white paper of the next page beneath. Like many astronomy/space books, the cover lacks shelf appeal because it is mostly black, but at least there is some original thought here. Unlike many books in this format which tend to concentrate on the pictures, there is a good deal of excellent text by Peter Grego, so there was no feeling that you were only getting the star maps and star ‘biographies’, something these days much more suited to an iPad or smartphone app. Instead, the opening 30 or so pages give a very good introduction that would be valuable to ...

Ignorance: How it drives science – Stuart Firestein *****

This is a delightful little book that really gets you thinking. I stress the ‘little’ part not as a negative, but as a good thing. There is nothing worse than fat, bloated popular science books where the author feels they have to get 120,000 words to be taken seriously. This is the sort of book that can be read in a couple of hours – but you will get so much more out of it than one of those tedious doorstops. The premise underlying the book is in once sense extremely simple, yet is fundamental to an understanding of what science is and what scientists do. And it is an understanding that is totally at odds with the typical way science is portrayed both in university lectures and popular science books. As Stuart Firestein points out, what is important is not the facts, but rather the area of ignorance. The interesting part and the fundamental heart of science is not about what we know, but about what we don’t know and where we want to look next. Take this lovely quote: ‘Working ...