Emil Yuzbashyan

Professor, Condensed matter theory group, Department of Physics and Astronomy, Rutgers University

Email:	eyuzbash AT physics.rutgers.edu
Phone:	(848) 445-9035
Fax:	(732) 445-4343
Office:	Serin E270
Mailing adress:	Department of Physics & Astronomy Rutgers University 136 Frelinghuysen Road Piscataway, NJ 08854-8019 USA

Research interests: My research focuses on the theory of strongly interacting and disordered systems. I am interested in new kinds of correlated states of matter that arise in various interacting many-body systems, especially when their undersanding requires new theoretical tools and techniques. In particular, I worked on superconductivity in new regimes, far from equilibrium many-body systems, mesoscopic physics, integrable systems, and driven-dissipative dynamics.

Journal publications with links to pdf sources
Education & Awards
Advanced courses: Mesoscopic Physics (Physics 682), Solid State Physics II (Physics 602)

Selected presentations:

Is superconductivity a quantum or a classical phenomenon? 124th Statistical Mechanics Conference Rutgers University, Department of Mathematics May 2023

How strong the electron-phonon interaction in metals can be? University of Colorado-Boulder, Theory Colloquium, April 2023

Driven-dissipative dynamics of atomic clocks, R.G. Herb Condensed Matter Seminar, University of Wisconsin-Madison, April 2023

Integrable time-dependent Hamiltonians, International Workshop on Integrable systems in Condensed Matter and Statistical Physics, ICTS, Bengaluru, India, August 2018

Far from equilibrium phases of superfluid matter, Indian Institute of Science, Bengaluru, India, August 2018

Generalized Microcanonical Ensemble for Quantum Integrable Dynamics, Dynamics and Hydrodynamics of Certain Quantum Matter workshop, NYC, March 2017

Quantum Integrability in Systems with Finite Number of Energy Levels, Physics Department Colloquium, Rutgers University, October 2016

Integrable Matrix Theory, KITP Program on Many-Body Localization, December 2015

Influence of topology on bacterial social interaction, biophysics seminar at NEC Laboratories America and BioMaPS Institute, 2004

Please send any comments on this page to eyuzbash at physics.rutgers.edu

Revised May 10, 2023