Nearly 50 years ago, Brown University physicist Michael Kosterlitz and his colleagues used the mathematics of topology--the study of how objects can be deformed by stretching or twisting but not tearing or breaking--to explain puzzling phase changes in certain types of matter. The work won Kosterlitz a share of the 2016 Nobel Prize in Physics and has led to the discovery of topological phenomena in all kinds of systems, from thin films that conduct electricity only around their edges, to strange...
Nearly 50 years ago, Brown University physicist Michael Kosterlitz and his colleagues used the mathematics of topology--the study of how objects can be deformed by stretching or twisting but not tearing or breaking--to explain puzzling phase changes in certain types of matter. The work won Kosterlitz a share of the 2016 Nobel Prize in Physics and has led to the discovery of topological phenomena in all kinds of systems, from thin films that conduct electricity only around their edges, to strange...
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