Science

A few years ago, in Berne, I visited the apartment where Einstein wrote his theory of special relativity, which changed our understanding of the world forever. It’s a small apartment, plain and nondescript. The best thing about it is the view. From the window you can see Berne’s huge medieval clock, the Zytglogge. It was this clock which inspired Einstein’s great breakthrough. At the end of every humdrum day, in his dead- end job at Berne’s patent office, he took the tram home, past the Zytglogge, back to this apartment. As he gazed at that clock through the tram window, he wondered: what if his tram could travel at the

When I started this book, I have to admit, I did not think it would be as absolutely fascinating as it turned out to be. It’s by a professor of obstetrics and gynaecology, and it’s about the medical differences between men and women. There are lots of medical differences between men and women — something doctors in general should bear in mind during treatment. But they don’t, says Dr Glezerman — or, at least, not enough. This is all in the realm of the fairly interesting. Men and women are hormonally different from each other, they store fat differently, their brains are not quite the same, they respond to heat

The flour is what matters, and not the mill, Georg Christoph Lichtenberg wrote in his notebook in 1799. ‘When we ask what time it is, we don’t want to know how watches are constructed.’ A telling assertion, considering Lichtenberg’s place and time. For nearly two centuries, the ‘mechanical philosophy’ had ground down tradition and metaphysics into reason and material processes. Enlightenment metaphors were mechanical: God as the divine watchmaker; or, in Leibniz’s image, the Cartesian mind and body as two clocks, synchronised but separate. As an experimental physicist, Lichtenberg practised the Enlightenment method, experiment and induction. But his frustration with matter and reason was Romantic. He was ready, in Anthony

It may be difficult to believe when you think of Donald Trump, but the age of super-humans is almost upon us. Some people are confident that over the next century genetic engineering, electronic implants, new drugs and the medical defeat of ageing will give rise to a race of beings with capabilities far beyond our own. And what will they do with them? What will clichéd fears about ‘playing God’ mean to our descendants who, by comparison with us, will effectively be gods? Such questions exercise the historian authors of these two books. Michael Bess’s detailed and humane book adeptly surveys some eye-opening developments in current technology (bionic vision, thought-controlled

It’s a modern pastime to hypothesise about what makes a good relationship. One evening not long ago in a Berlin bar, I listened to a friend diagnose how things were going with his partner: ‘We might have become a bit too symbiotic.’ Surprisingly earnest perhaps, but that’s what you get when a sociologist dates a psychoanalyst. On the way home, I wondered why symbiosis, apart from the obvious dangers of parasitism, might not be that desirable coexistence all our theories point toward. After all, the OED recommends that this ‘interaction between two different organisms living in close physical association’ is ‘typically to the advantage of both’. The darker side of

Was it perhaps the landscape historian Oliver Rackham who gave rise to our present preoccupation with old trees through his pioneering works on ancient woodland? He certainly pointed out more than 40 years ago that 10,000 centurion oaks ‘are not a substitute for one 500-year-old oak’. Since then, shelves of books have been written on these veterans, and in The Long, Long Life of Trees Fiona Stafford makes a welcome and entertaining contribution. She draws on material from fields including folklore, natural science, literature, cultural history, European art, ancient mythology and modern medicine to illuminate such trees’ central place in western civilisation. Sometimes all of these are skilfully blended in

Born in New South Wales in 1888, George Finch climbed Mount Canobolas as a boy, unleashing, in the thin air, a lifelong passion. When he was 14, the family emigrated to Europe. There, as a young man, Finch excelled both as an alpinist and a student, enrolling at the prestigious Zurich Federal Institute of Technology, where he won a gold medal which he subsequently melted down to buy ropes and belays. He was six feet two, with broad shoulders and blue eyes, and he played the piano beautifully. In 1912 he moved to London to work as a research chemist, joining the Fuel and Refractory Fuels team at Imperial College