Prof. Dr. Reza Asgari

Prof. Dr. Reza Asgari
Scienti c activities:
 Scienti c member of Nanoscience and Nanotechnology committee,
Ministry of science and technology, 2016-2018
 Board member of Physics Society of Iran since (October 2014)-present.
 Editorial Board of Iranian Journal of Physics Research since (2011)-
present.
 Chair, Condensed matter council of physics society of Iran since
(2012)-present.
 Referee for most major research journals including the Nature Com-
munications, Physical Review Letters, New Journal of Physics, Phys-
ical Review B, Europhysics Lett and Journal of Physics C: Condensed
Matter Physics
 Scienti c referee for Mustafa Prize 2015.
 Referee for more than 30 Ph.D. and 20 M.Sc. thesis inside Iran.
 Member of scienti c committee of School of physics, IPM July 2007-
present
 Member of scienti c committee of School of Astronomy, IPM July
2009-present
 Member of scienti c council of IPM, 10/1/2009-23/9/2014

Member of center of excellence in Nano structure at Sharif university,
Tehran, since 10/1/2012
 Member of steering committee, International conference on Nano
structures” since 10/8/2012
 Scienti c committee member of 38th International physics olympiad,
July 2007

Main research elds:
 Quantum and Classical Liquids
 Highly Correlated Electron Systems
 Density Functional Theory and Dynamical Mean Field Theory
 Disordered systems
 Computational Physics

Current Research:
I have been working on two-dimensional material electron systems namely
graphene, transition metal dichalcogenide and phosphorose systems. To
be more precise, I am interested in many-body physics by carrying out
the physical quantities of many body problem and specially the transport
properties of a few layer graphene and other advanced two-dimensional
crystalline materials. Furthermore, cold dipolar atom gases have attracted
a lot of attention due to the novel anisotropic and long-range character of
dipole-dipole interactions. I am also working on one- and two-dimensional
dipolar Fermi gas systems and interested in the phase diagrams in such
systems.