One particular physicist from the University of Oxford not only believes that the big bang model leaves a lot to be desired, but that he can prove it. However, to many physicists, 13.7 billion years just isn't enough time for highly complex structures-like superclusters-to form. This 'point' eventually exploded, which ultimately hurdled everything we see into existence (of course, we're condensing here).
They have been viewed by hundreds of thousands of people.According to the most widely-accepted theory of origins, at some point, roughly 14 billion years ago, everything that is, was, and will ever be, was tightly packed into a small, but infinitely dense point-a singularity. Many of his lectures have been recorded and made available online, along with recordings of television appearances. He is an energetic public lecturer, travelling widely and attracting large audiences because he speaks in direct and engaging terms about mathematical ideas that he thinks are worth communicating and that his audiences think are worth trying to understand. So his books on artificial intelligence aim not just to inform his readers about deep mathematical ideas of relevance to the subject but also to enable and encourage participation of the public in discussion of the nature of consciousness. In his popular books, he has set out, with considerable success, to engage the public with the development of his ideas and to draw them into an interconnected world of intellectual endeavour which is the common property of all, not just of ‘specialists’. His work in public engagement goes beyond the simple exposition of mathematics. In his collaboration with M C Escher, he crossed over into the visual arts.
It was Penrose who first suggested that Church’s lambda calculus could be a powerful tool in exploring programming language semantics. His discovery of ‘Penrose tilings’ spawned a new field in geometry, as well as having an impact in crystallography. In other areas, a paper that he wrote as a student introduced what is now known as the Moore-Penrose inverse.
His exploration of foundational questions in relativistic quantum field theory and quantum gravity, based on his twistor theory, had a huge impact on differential geometry. For this work he was awarded the Wolf Prize in Physics, with Stephen Hawking. He started out in algebraic geometry under W V D Hodge and J A Todd at Cambridge, but within a few years of completing his PhD thesis on Tensor Methods in Algebraic Geometry he had laid the foundations of the modern theory of black holes with his celebrated paper on gravitational collapse. Roger Penrose has made extraordinary and wide-ranging contributions to mathematics and its applications, often making novel and inspiring connections across disciplinary boundaries. Sir Roger Penrose, OM, FRS, will be presented with a Clay Award for Dissemination of Mathematical Knowledge in recognition of his outstanding contributions to geometry, relativity, and other branches of mathematics, and of his tireless work in explaining mathematical ideas to the public through popular books, public lectures, and broadcasts.
0 kommentar(er)
