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Michael Lawler

Adjunct Professor


Research in my group focuses mainly on two fundamental problems in condensed matte physics. The first is on identifying how quantum spin liquids and related phases form in frustrated magnetic insulators and proposing “smoking gun” experiments for their existence. A quantum spin liquid, as proposed by Anderson in 1973, is an isotropic paramagnetic phase in which localized spins fluctuate in such a way as to be quantum entangled with both nearby and distant spin moments. Recent advances in materials synthesis have enabled the discovery of a handful of materials that indeed have fluctuating spin moments but the entanglement properties of these spins is unknown nor is the mechanism that stabilizes this phase. But understanding this is worthwhile. Should we convincingly find quantum spin liquids, it is believed they will lead us to novel high temperature superconductors following Anderson’s 1987 proposal, to applications in quantum computers and more generally to new paradigms in condensed matter physics.

The second is the problem of identifying the new collective phenomena that replaces the gas-like behavior of electrons in their strongly interacting regime and discovering how and why such strongly correlated metals are so susceptible to small changes in their external environment. Proposals for the behavior of electrons in such metals span from the nematic phase with its wildly fluctuating Fermi surface to the formation of hidden “fractional” quasi-particles to gauge-gravity dual descriptions with “local” criticality. As a means of addressing these broad issues, our research uses quantum field theory techniques to focus on electronic liquid crystal phases with a particular emphasis on quantum criticality and properties related to the break down of the quasi-particle picture.

Educational Background

  • Adjunct Associate Professor, Physics, Cornell University, 2017-present
  • Associate Professor, Physics, State University of New York at Binghamton, 2016-present
  • Adjunct Assistant Professor, Physics, Cornell University, 2008-2017
  • Assistant Professor, Physics, State University of New York at Binghamton, 2008-2016
  • Postdoctoral Fellow, University of Toronto, 2006-2008
  • John Bardeen Award for outstanding contributions to electronic materials, 2006
  • PhD., Physics, University of Illinois Urbana-Champaign, 2006
  • B.Sc., Engineering Physics, Queen's University, 1999
  • Signal Processing Engineer, Computing Devices Canada, 1998-1999
  • Software Engineer, Aluminum Canada, 1996-1997