J. MICHAEL KOSTERLITZ
2016 Nobel Prize Laureate
Harrison E. Farnsworth Professor of Physics, Brown University
2018 Vaden W. Miles Memorial Lecture (Physics)
Thursday, April 19, 2018
Spencer M. Partrich Law School Auditorium
471 W. Palmer Street
Wayne State University
Refreshments served at 2:30pm
Awards event at 3:00pm
Lecture starting at 3:45pm
Topological Defects and Phase Transitions - A Random Walk to the Nobel Prize
This talk is about my path to the Nobel Prize and reviews some of the applications of topology and topological defects in phase transitions in two-dimensional systems for which Kosterlitz and Thouless split half the 2016 Physics Nobel Prize. The theoretical predictions and experimental verification in two dimensional superfluids, superconductors and crystals will be reviewed because they provide very convincing quantitative agreement with topological defect theories.
BIOSKETCH: Dr. J. Michael Kosterlitz is a theoretical physicist recognized for his work with David J. Thouless on the application of topological ideas to the theory of phase transitions in two-dimensional systems with a continuous symmetry. The theory has been applied to thin films of superfluid 4He, superconductors and to melting of two-dimensional solids. This work was recognized by the Lars Onsager prize in 2000, membership in the AAAS 2007, and by the 2016 Nobel Prize in Physics. Dr. Kosterlitz graduated from Cambridge University earning a BSc in physics in 1965, an MA in 1966, and received a D. Phil. from Oxford in 1969. He was a postdoctoral fellow at Torino University, Italy, in 1970 and at Birmingham University, U.K., from 1970-73. There he met David Thouless and together they did their groundbreaking work on phase transitions mediated by topological defects in two dimensions. He was a postdoctoral fellow at Cornell in 1974, on the faculty at Birmingham 1974-81, Professor of Physics at Brown University 1982-present, and elected to the National Academy of Sciences in 2017.
Law School Building Auditorium
471 W. Palmer
Detroit, MI 48202
For more information about this event, please contact Zhi-Feng Huang at 3135772791 or email@example.com.