Three distinct geometries on S7 arise as solutions of the classical equations of motion in eleven dimensions.
Belgian theoretical physicist and Nobel Prize laureate
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He worked out how particles get mass — the mechanism that makes matter possible — in 1964, nearly half a century before the Higgs boson proved him right and earned him the Nobel Prize.
Born 6 November 1932, Englert became a theoretical physicist at the Université libre de Bruxelles, where he joined colleague Robert Brout in tackling one of physics' thorniest problems: why some particles have mass and others don't. In 1964, they published the mechanism that generates mass by breaking symmetry in quantum fields — work done independently around the same time by Peter Higgs. The idea sat as elegant theory for decades. Englert collected the Wolf Prize in 2004 and the Sakurai Prize in 2010, sharing both with Higgs and Brout. When CERN's Large Hadron Collider finally detected the p…
Sourced, dated quotes from François Englert
Three distinct geometries on S7 arise as solutions of the classical equations of motion in eleven dimensions.
The BEH mechanism operates within the context of gauge theories.
What we hear about eternal inflation or the string landscape, seems somehow unavoidably to lead to some kind of multiverse.
At the ULB, Brout and I initiated a research group in fundamental interactions, that is, in the search for the general laws of nature.
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