Skip to main content

Making Time – Steve Taylor ***

If you think of Albert Einstein you might come up with many things, but not necessarily jokes. Yet Einstein did once do a funny. He claimed that this was the abstract of a paper he once wrote: When a man sits with a pretty girl for an hour, it seems like a minute. But let him sit on a hot stove for a minute – and it’s longer than any hour. That’s relativity. The journal he claimed it was published in was called Journal of Exothermic Science and Technology, and the full paper is supposed to describe him attempting to undertake the experiment in question. (The film star Paulette Goddard, introduced to Einstein by mutual friend Charlie Chaplin, was the pretty girl in question.) I have only ever seen this paper referred to as a genuine, if humorous, academic contribution, though the way that the initials of the spurious sounding journal spell out JEST might suggest that Einstein made the whole thing up. Funny though this may be, it reflects an underlying truth – time runs away with us when we aren’t concentrating on a regular beat, and that is at the heart of this book.
The trouble is, there is very little other significant content. Steve Taylor tells us how we subjectively speed up and slow down time, and for me this book definitely slowed down time because there was so little in it – it was the classic example of a magazine article stretched out to fill a whole book. It didn’t matter how much Taylor padded out the simple observations that some things we do make time go faster for us, and some things slower – whether by giving these concepts grand sounding names as the “Laws of Psychological Time” – the fact is it there’s very little substance here.
It gets even worse when Taylor attempts to bring in science, because the result is all too reminiscent of the way pseudo-scientists use a few scientific terms to try to dress up hokum, but get the science just a bit wrong. I’m not qualified to say how up-to-date his psychological ideas are – though the dependence on such a Freudian term as “the ego” may suggest they are dated, but when he strays into physics and cosmology, things certainly go to pieces. Taylor doesn’t make the classic mistake of thinking Einstein was serious, and Einsteinian relativity is concerned with subjective time, but he does make plenty of comments about relativity, whether it’s the fact that cause and effect can be reversed (true if you travel faster than light, but not hugely common otherwise) or saying that relativity means that time flow varies, an observation that is only true when observing someone in relative motion to yourself and not in the cases he is talking about. This suggests he has only a faint grasp of what Einstein was on about.
In just one paragraph, he makes it clear his ideas on cosmology are way out of date, getting the dating of the big bang over 2 billion years out by modern reckoning (what’s a couple of billion years?) and suggesting that the current belief is that we are headed for a “big crunch” where the universe will collapse back together – he seems to have missed the whole dark energy thing. He then tells us that our “western scientific viewpoint” is historically anomalous. Really this is a big “so what?” point. Almost everything we know to be true now is historically anomalous, because until a few hundred years ago, no one had a clue what was going on either in the universe or on a microscopic scale. All of medicine is historically anomalous. The Earth moving around the Sun is historically anomalous. So?
Finally he offers us some solutions based on meditation and deep scientific considerations like “we will get more out of life if we explore new places and get in new situations.” This is the sort of book that will get plenty of coverage in the media, but frankly does very little for the advancement of scientific knowledge. You know the sort of book it’s going to be when you read that there’s massive anecdotal evidence for precognition. Scientists are often suspicious of anecdotes, preferring to stick to hard facts they can verify (or not) through experiments. But surely there are some cases where anecdotal evidence is so widespread an persuasive that is has to be taken seriously? The simple answer is “no”, Mr Taylor.
I really get fed up of repeating the wonderful quote from the book Voodoo Science by Robert Park: “Data is not the plural of anecdote.” There used to be loads of anecdotal evidence for the existence of unicorns, just as there still is for alien abduction. Anecdotes prove nothing. They can show there is a need for investigation, but that is all. In cases of the paranormal, like precognition, all the anecdotes have yet to produce any significant results (Taylor has to dig back to Rhine’s discredited work). If Mr Taylor has any doubts, James Randi has a million dollars on offer for anyone who can reproduce an ability like precognition under proper conditions. (See his website for details.) No one has yet to come close.
All in all, then, a fascinating topic, but this book provides very little useful content on the matter.

Paperback:  
Using these links earns us commission at no cost to you
Review by Brian Clegg

Comments

Popular posts from this blog

God: the Science, the Evidence - Michel-Yves Bolloré and Olivier Bonnassies ***

This is, to say the least, an oddity, but a fascinating one. A translation of a French bestseller, it aims to put forward an examination of the scientific evidence for the existence of a deity… and various other things, as this is a very oddly structured book (more on that in a moment). In The God Delusion , Richard Dawkins suggested that we should treat the existence of God as a scientific claim, which is exactly what the authors do reasonably well in the main part of the book. They argue that three pieces of scientific evidence in particular are supportive of the existence of a (generic) creator of the universe. These are that the universe had a beginning, the fine tuning of natural constants and the unlikeliness of life.  To support their evidence, Bolloré and Bonnassies give a reasonable introduction to thermodynamics and cosmology. They suggest that the expected heat death of the universe implies a beginning (for good thermodynamic reasons), and rightly give the impression tha...

Humble Pi - Matt Parker ****

Matt Parker had me thoroughly enjoying this collection of situations where maths and numbers go wrong in everyday life. I think the book's title is a little weak - 'Humble Pi' doesn't really convey what it's about, but that subtitle 'a comedy of maths errors' is far more informative. With his delightful conversational style, honed in his stand-up maths shows, it feels as if Parker is a friend down the pub, relating the story of some technical disaster driven by maths and computing, or regaling us with a numerical cock-up. These range from the spectacular - wobbling and collapsing bridges, for example - to the small but beautifully formed, such as Excel's rounding errors. Sometimes it's Parker's little asides that are particularly attractive. I loved his rant on why phone numbers aren't numbers at all (would it be meaningful for someone to ask you what half your phone number is?). We discover the trials and tribulations of getting cal...

Quantum 2.0 - Paul Davies ****

Unlike the general theory of relativity or cosmology, quantum physics is an aspect of physics that has had a huge impact on everyday lives, particularly through the deployment of electronics, but also, for example, where superconductivity has led to practical applications. But when Paul Davies is talking about version 2.0, he is specifically describing quantum information, where quantum particles and systems are used in information technology. This obviously includes quantum computers, but Davies also brings in, for example, the potential for quantum AI technology. Quantum computers have been discussed for decades - algorithms had already been written for them as early as the 1990s - but it's only now that they are starting to become usable devices, not at the personal level but in servers. In his usual approachable style, Davies gives us four chapters bringing us up to speed on quantum basics, but then brings in quantum computing. After this we don't get solid quantum informat...