Skip to main content

Totally Random - Tanya Bub and Jeffrey Bub **

It's difficult to decide just where the problems start with Totally Random. It's an attempt to communicate the oddities of quantum entanglement using a comic book format. There has already been an attempt to do this for quantum theory in general - Mysteries of the Quantum Universe, which managed to both have a bit of a storyline and get in a fair amount of quantum physics. Unfortunately the format also got in the way - so much space was taken up by the pictures that the words simply didn't manage to get the message across. Doubly unfortunately, this is also true of Totally Random, with the added negatives that it has no discernible storyline and it's rarely even visually interesting.

The attempt to explain entanglement suffers hugely because Tanya and Jeffrey Bub decided to use a set of analogies for quantum entanglement ('quoins', a kind of magic toaster device that entangles them, various strange devices to undertake other quantum operations) that don't so much help understand what's going on, as totally obscure what's supposed to be put across. It's a bit like trying to explain the rules of football using a box of kittens. It's far clearer if you get rid of the kittens and just explain the rules.

Visually, the cartoon style varies considerably. There are quite a few pages that contain nothing more than a shaded background with a series of frames each having a line of text in it. It's just a dialogue where each character's words sit in a different frame - the comic format adds nothing to what is, often, a series of mutual insults, providing particularly 'you had to have been there' humour. My favourite parts of the visuals by a long way are the odd pages introducing a section where actual papers, such as the EPR paper are portrayed in realistic form. Those do look rather cool.

Most of the key characters of the quantum story turn up in cartoon format. We meet Schrödinger, Heisenberg, Bohr, Pauli, Bohm, Einstein - plus one or two more tangential individuals such as Everett. There are a lot of 'insider jokes' in these sections, where, for example, Einstein produces in conversation many of his better lines on quantum theory from his letters to Max Born. Unfortunately, unless you know the topic already, these in-jokes will mean very little and produce strangely stilted dialogue.

I think that summarises the real issue with Totally Random. It's very much an in-joke for insiders. It doesn't explain entanglement: to the general reader, it obscures it with a pile of baggage that you have to have been there to understand. And even then it can be hard work. I'm fairly confident in my understanding of entanglement - I have a physics degree and I've read lots about it - but there were pages here I struggled to follow.

Sadly, the main feeling while reading Totally Random was tedium. With other graphic novel/comic presentations of non-fiction I've read, it has all been over far too quickly. Here I was thinking 'When will it end?' I was not inspired, but, rather, bored (or to sink to the level of the humour here, Bohred). It's a clever notion, but unfortunately the authors seem to be entirely the wrong people to make it work successfully.

Paperback:  

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


Review by Brian Clegg

Comments

Popular posts from this blog

Rakhat-Bi Abdyssagin Five Way Interview

Rakhat-Bi Abdyssagin (born in 1999) is a distinguished composer, concert pianist, music theorist and researcher. Three of his piano CDs have been released in Germany. He started his undergraduate degree at the age of 13 in Kazakhstan, and having completed three musical doctorates in prominent Italian music institutions at the age of 20, he has mastered advanced composition techniques. In 2024 he completed a PhD in music at the University of St Andrews / Royal Conservatoire of Scotland (researching timbre-texture co-ordinate in avant- garde music), and was awarded The Silver Medal of The Worshipful Company of Musicians, London. He has held visiting affiliations at the Universities of Oxford, Cambridge and UCL, and has been lecturing and giving talks internationally since the age of 13. His latest book is Quantum Mechanics and Avant Garde Music . What links quantum physics and avant-garde music? The entire book is devoted to this question. To put it briefly, there are many different link...

Should we question science?

I was surprised recently by something Simon Singh put on X about Sabine Hossenfelder. I have huge admiration for Simon, but I also have a lot of respect for Sabine. She has written two excellent books and has been helpful to me with a number of physics queries - she also had a really interesting blog, and has now become particularly successful with her science videos. This is where I'm afraid she lost me as audience, as I find video a very unsatisfactory medium to take in information - but I know it has mass appeal. This meant I was concerned by Simon's tweet (or whatever we are supposed to call posts on X) saying 'The Problem With Sabine Hossenfelder: if you are a fan of SH... then this is worth watching.' He was referencing a video from 'Professor Dave Explains' - I'm not familiar with Professor Dave (aka Dave Farina, who apparently isn't a professor, which is perhaps a bit unfortunate for someone calling out fakes), but his videos are popular and he...

Everything is Predictable - Tom Chivers *****

There's a stereotype of computer users: Mac users are creative and cool, while PC users are businesslike and unimaginative. Less well-known is that the world of statistics has an equivalent division. Bayesians are the Mac users of the stats world, where frequentists are the PC people. This book sets out to show why Bayesians are not just cool, but also mostly right. Tom Chivers does an excellent job of giving us some historical background, then dives into two key aspects of the use of statistics. These are in science, where the standard approach is frequentist and Bayes only creeps into a few specific applications, such as the accuracy of medical tests, and in decision theory where Bayes is dominant. If this all sounds very dry and unexciting, it's quite the reverse. I admit, I love probability and statistics, and I am something of a closet Bayesian*), but Chivers' light and entertaining style means that what could have been the mathematical equivalent of debating angels on...