2017-2018学年春季学期.pdf

复旦大学物理系 物质科学报告 Time: 2:00pm, Tuesday, 2018.7.03 Location：Physics Building(Jiangwan), Room C108 The social life of heavy quarks Marek Karliner Tel Aviv University, Israel I will discuss recent developments regarding new types of hadrons involving heavy quarks: hadronic molecules, doubly heavy baryons, stable tetraquarks and others. I will also explain how the discovery of the doubly heavy baryon leads to quark-level analogue of nuclear fusion, with energy release per reaction an order of magnitude greater than in ordinary fusion. Marek Karliner, Education:  B.Sc. In Physics (magna cum laude) Tel Aviv University, 1979  Ph.D. In Physics, Tel-Aviv University, 1984 Academic Appointments:  Research Associate, SLAC National Laboratory, Stanford University, 1984-1988  Senior Lecturer of Physics, Tel Aviv University, 1987-1990  Scientific Advisor, Faculty of Physics, Weizmann Institute of Science, 1988-Present  Associate Professor of Physics, Tel Aviv University, 1990-1995  Professor of Physics, Tel Aviv University, 1995-Present  Visiting Professor of Physics, Cavendish Laboratory, University of Cambridge, 2003-2005  Head, Particle Physics Department, Tel Aviv University, 2006-2010 Awards and Prizes:  Outstanding Physics Student Award, Israel Physical Society, 1977  Italian Government Young Scientist Scholarship, 1981  Best Student Award, International School of Subnuclear Physics, Erice, Italy, 1981  French Government Young Scientist Scholarship, 1982  Fulbright Graduate Fellowship Award, US-Israel Educational Foundation, 1983  Weizmann Post-Doctoral Fellowship for Scientific Research, 1984  Alon Fellowship for Outstanding Young Faculty, Israel Higher Education Council, 1987  Bat Sheva de Rothschild Fellowship for Outstanding Young Researchers, 1988  Edouard and Francoise Jaupart Chair of Theoretical Physics of Particles and Fields, 2007-Present  Foreign Member of the Polish Academy of Arts and Sciences, 2017 Research:  Quantum Chromodynamics and strong interactions  Internal structure of hadrons, forces between quarks and gluons  Hadron spectroscopy  Exotic hadrons containing heavy quarks  Solitons and their applications in strong interactions  Asymptotic properties of perturbation series in quantum field theory