Skip to main content

Plato's Labyrinth (SF) - Michael Carroll ***

This is an interesting contribution to Springer's innovative 'Science and Fiction' series, which includes both SF novels and non-fiction books about science and science fiction. It is Michael Carroll's fourth contribution to the series that I've read, preceded by On the Shores of Titan's Farthest Sea, Europa's Lost Expedition and Lords of the Ice Moons. As with its predecessors, there is an interesting 'now the science part' at the end, covering wide ranging topics - in this case from quantum physics to palaeontology.

Carroll has improved on the previous book - each novel seems to step up a notch from the last. By far the biggest advantage this title has is in moving the setting to Earth - Carroll's writing works better here than in hypothetical outer planet moonscapes. In fact, the first part of the book works so well I was entirely ready to give it four or five stars, but there were a couple of issues as I continued to read that dragged it back down. 

At the heart of Plato's Labyrinth is time travel. We witness the first, tentative trips into the past and the battle between two rival groups developing the technology (one team decidedly shady). I absolutely loved the way that Carroll tied in an early trip to the work of the Victorian artist and sculptor Benjamin Waterhouse Hawkins, the man behind the Crystal Palace dinosaur sculptures in London and a set of sadly wrecked equivalents in New York. If Carroll had remained focused on this strand of the plot Plato's Labyrinth could have been a superb novel (though it would have needed a different title).

Where things go a little astray is the sheer number of other plot elements that get piled in. So we've also got a quantum theory many worlds interpretation twist to the tale, a significant Ancient Greek Minoan strand, a pantomime villain who want to import Roman legionnaires to the present day in order to... well, I'm not really sure why. Throw in the mental disintegration of one character, a love story and an incompetent comedy private eye and there's just far too much going on - reflected in the fact that the book feels very long at 367 pages. It loses impetus about half way through.

Inevitably with fictional time travel technology close scrutiny uncovers issues. So, for instance, for no obvious reason, all non-living matter transported through time starts to disintegrate on arrival. Except the devices they use to recall the time machines don't disintegrate. On the plus side, Carroll has great fun devising a living organic equivalent of a camera. He also uses Ron Mallett's real life concept of a frame dragging spiral of light as the time travel mechanism - a neat touch, though in reality even if Mallett's idea works (many physicists doubt it), it couldn't deliver the results described here. However, it's a better-than-usual attempt at suspension of disbelief on the mechanisms of time travel.

I enjoyed reading this book, but an editor with experience of fiction should have ensured that Carroll focused more, pruning those messy plot lines and producing the outstanding novel that was promised by the opening chapters. Even so, definitely Carroll's best.

Paperback: 
Bookshop.org

  

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

Comments

Popular posts from this blog

Luna: Moon Rising (SF) - Ian McDonald ****

I'm not the natural audience for this book. Game of Thrones l eaves me cold - and it's hard not to feel the influence of GoT (and a whole lot of Dune )   underneath a veneer of science fiction and the trappings of a South American drug cartel in the cod-medieval family power battles and chivalric details. There are even dragons (of a sort). I'd be really sad if the future did involve this sort of throwback feudalism. However, remarkably, despite this I found Luna: Moon Rising kept me engaged. The fact is that Ian McDonald can put together a good plot with intricate machinations, which is enough to carry the reader through what can be a bewildering collection of characters. The two page scene-setter saying who did what to whom at the start was useful, but I could have done with family trees for the main family as I was constantly forgetting who was who - especially easy as McDonald endows many families with characters with the same first initial (e.g. Ariel and Al...

Adventures of a Computational Explorer - Stephen Wolfram ***

Stephen Wolfram, the man behind the scientist's mathematical tool of choice, Mathematica, plus a whole host of other software products, including the uncanny Wolfram Alpha knowledge engine, is undoubtedly a genius of the first order. In this book, we get an uncensored excursion into the mind of genius - which is, without doubt, a fascinating prospect. The book consists of a collection of essays and speeches that Wolfram has produced over the last ten to fifteen years, covering an eclectic range of topics. Like all such collections, the result is something that lacks the coherence of a book with a narrative that runs through it, inevitably introducing a degree of repetition and a mix of interesting and not-so-interesting topics - but there's likely to be something to catch the attention anyone who is into computing or mathematics. One of the most interesting pieces is the opening one, where Wolfram describes being a consultant on the SF movie Arrival. He seems to hav...

E=mc2: A biography of the world’s most famous equation – David Bodanis *****

David Bodanis is a storyteller, and he fulfils this role with flair in E=mc2. The premise of the book is simple – Einstein himself has been biographed (biographised?) to death, but no one has picked out this most famous of equations, dusted it down and told us what it means, where it comes from and what it has delivered. Allegedly, Bodanis was inspired to write the book after hearing see an interview with actress Cameron Diaz in which she commented that she’d really like to know what that famous collection of letters was all about. Although the book had been around for a while already when this review was written (September 2005), it seemed a very apt moment to cover it, as the equation is, as I write, exactly 100 years old. So when better to have a biography? Bodanis starts off by telling us about the individual elements of the equation. What the different letters mean, where the equal sign comes from and so on. This is entertaining, though he seems to tire of the approach on...