The Further Inventions of Daedalus [Paperback]

The breadth of David Jones's learning is astonishing - no scientific discipline is immune from the attentions of Daedalus and his team of DREADCO scientists. Reading this book constantly left me veering between wondering whether Daedalus really was revealing a glimpse of future technology and hugging myself with glee and shaking with laughter at some of the possible consequences foretold.

Jones reminds us that Daedalus is not to be mocked unthinkingly - his prediction of the existence of Buckminsterfullerene is a debt acknowledged by the Nobel laureates themselves. In this book you can read more about Daedalus's predictions of carbon nanotubes and their desirable properties.

The book follows a format where, typically, a plausible scheme is sketched out. Jones then provides us with an extract from Daedalus's notebook that gives the back-of-a-beermat calculations on which the scheme is based. He concludes with a Daedalus retrospective comment on the scheme.

Daedalus clearly has a life of his own and his schemes attract serious scientific critique - indeed, we are told how assessment of the feasibility of proposed schemes has been built into at least one university course. He is happy to point out to us when he has fallen into serious error - as, for example, he did when proposing generation of Gigawatt scale electrical energy by piezoelectric effects in the earth's crust caused by tidal distortion.

The book holds far too many surprises to mention - indeed, to do so is to spoil the reader's pleasure. My personal favorite is his prediction of the potential fire hazard lurking in the depths of the ocean below 1500 meters. It's a really great read - and one you will return to again and again.

For example, Daedalus comes up with a scheme to generate electricity from the Rockies, not by hydro-electricity, which lets the descent of water generate power, but by the descent of the mountains themselves. After all, he points out, there is an enormous amount of energy locked up in all that high-altitude rock. His scheme for "geo-electric power" solves far more of the difficulties in this plan than you might think, though (in this case) not all of them. The plausibility is itself the joke--it's not so much that the scientific reader likes trying to spot the error, though that *is* fun to try to do; Daedalus just presents these outrageous ideas completely deadpan, and with a great deal of supporting evidence.

In fact, there is no flaw at all in many of his schemes. A column of his, collected in the earlier "Inventions of Daedalus", is actually cited by the inventors of buckminsterfullerene as an early paper talking about the possibilities for hollow carbon molecules, and several other articles have been either prescient or have turned out to track current research. But the book is not just for scientists and engineers--anyone with a lay interest in science will love it.

I recommend leaving it in the bathroom; each essay is a couple of pages--just right. It'll keep you entertained for months.

Every section is only a couple of pages long, but this is not a book that one should race through. Each article contains ideas to be savoured.

If these were only off-the-cuff ideas, this book wouldn't be so impressive. What really makes the difference is that the author backs up his ideas with hard science. (People who are afraid of a few formulae in a book should probably look elsewhere.) This challenges the reader to figure out WHY a particular invention is not likely to reach the market!

I don't want to over-state the difficulty of the material -- you don't have to be a scientist. In fact, you can skip over the formulae without missing the point.

Each article features an appendix that did not appear when it was published in the original magazine. This helps us see the problems inherent in each invention. In a few cases, though, Jones's proposals have actually borne fruit! Apparently there is indeed much truth in jest.