Does life in some way make use of the potentiality for vast quantum superpositions, as would be required for serious quantum computation?
English mathematical physicist, recreational mathematician and philosopher
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He proved black holes are inevitable under Einstein's equations — work that earned him a Nobel fifty years after he changed how physics sees gravity's final act.
Born 8 August 1931, Penrose built his career at Oxford, where he became Emeritus Rouse Ball Professor of Mathematics. In 1988 he shared the Wolf Prize with Stephen Hawking for the Penrose–Hawking singularity theorems; the 2020 Nobel followed for showing that black hole formation is a robust prediction of general relativity. Along the way he invented the Penrose triangle, corresponded with M. C. Escher (shaping Waterfall and Ascending and Descending), and devised an aperiodic tiling that preceded the discovery of quasicrystals. His 1989 book The Emperor's New Mind won the Royal Society Science…
Sourced, dated quotes from Roger Penrose
Does life in some way make use of the potentiality for vast quantum superpositions, as would be required for serious quantum computation?
Understanding is, after all, what science is all about — and science is a great deal more than mindless computation.
There are two other words I do not understand — awareness and intelligence. Well, why am I talking about things when I do not know what they really mean?
I have been arguing that such 'God-given' mathematical ideas should have some kind of timeless existence, independent of our earthly selves.
Gödel's theorem shows that this point of view is not really a tenable one in a fundamental philosophy of mathematics.
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