Oxford University Press's
Academic Insights for the Thinking World
Mathematics is used in increasingly sophisticated ways in modern society, explicitly by experts who develop applications and implicitly by the general public who use technological devices. As each of us is taught a broad curriculum in school and then focuses on particular specialisms in our adult life, it is useful to ask the question ‘what does it mean to make sense of mathematics?’.
A couple of days after seeing Christopher Nolan’s Interstellar, I bumped into Sir Roger Penrose. If you haven’t seen the movie and don’t want spoilers, I’m sorry but you’d better stop reading now.
Still with me? Excellent. Some of you may know that Sir Roger developed much of modern black hole theory with his collaborator, Stephen Hawking, and at the heart of Interstellar lies a very unusual black hole. Straightaway, I asked Sir Roger if he’d seen the film. What’s unusual about Gargantua, the black hole in Interstellar, is that it’s scientifically accurate.
By Alyn Shipton
Singer-songwriter Harry Nilsson worked in the computer department of a California bank throughout the early 1960s. For much of that time, he managed the night shift, clocking on in the early evening and finishing around 1 a.m. Then, instead of going to sleep, he wrote songs all night. Being a man of considerable energy, he spent the daytime hawking his songs around publishers.
By Lynda Walsh
Nobody questions Carl Sagan’s charisma. He was television’s first science rock star. He made appearances on the Tonight Show; he drove a Porsche with a vanity plate that read “PHOBOS,” one of Mars’s moons; journalists enthused over his “velour” voice.
By Kathleen Taylor
Ours is a world full of science. Much of that technology and knowledge, from mobile phones to the understanding of gravity, currently comes from what we call ‘the natural sciences’: those which study the material universe. In school, we learn to distinguish physics, chemistry, geology, and their natural kin from life sciences like biology and psychology. Our ideas of what science is, and indeed what we are, have been shaped accordingly. The brain supremacy, that coming era in which neuroscience will challenge physics for cultural dominance, is about to reshape those ideas as never before.
In Chaucer’s most ambitious poem, The Canterbury Tales (c. 1387), a group of pilgrims assembles in an inn just outside London and agree to entertain each other on the way to Canterbury by telling stories. The pilgrims come from all ranks of society, from the crusading Knight and burly Miller to the worldly Monk and lusty Wife of Bath. Their tales are as various as the tellers, including romance, bawdy comedy, beast fable, learned debate, parable, and Eastern adventure. The Wife of Bath is a favourite amongst many for her insight into the role of women in the Late Middle Ages, and her suggestions of sexual promiscuity. Here is an extract.
By Vlatko Vedral
Most of you science buffs out there will, of course, know that science progresses in abrupt jumps, and every once in a while a new theory gets discovered that forces a radical departure from previously held views. I indeed viewed the evolution of science, through what the philosopher Karl Popper called the process of “conjectures and refutations”, as another instance of information processing. But if it’s not unlikely that quantum physics will one day be surpassed, then what confidence should you have in my main thesis? Could it be that the new theory will claim that some other entity – and not a bit of information – is yet more fundamental? In other words, will the post-quantum reality be made up of some other stuff?
A post about health care from author Rosemarie Garland-Thomson.
Oxford Dictionary of Quotations editor Elizabeth Knowles reflects on the history of the almost 70-year-old treasury, and how new entries are chosen.
Ammon Shea looks at bonuses.
In the fourth podcast from Richard Dawkins, he talks about Fred Hoyle and the beginning of the universe.
John Brehm shares a poem on the blog.