Research

Research Interests

• Strongly correlated electron systems; Disordered electron systems; Low-dimensional systems; Superconductivity; Magnetism; Quantum phase transitions; Search for Broken-Time-reversal Symmetry state in novel condensed matter systems; Techniques include transport, thermodynamic, optical, magnetic, and STM.

• Precision measurements; Measurements of gravity at sub-mm length-scales; Casimir force measurements; Table-top experiments in search for axions.

CURRENT PROJECTS:

Time reversal symmetry breaking states in 2D materials: Anomalous magnetic states and Unconventional superconductivity.
Torque magnetometry of gated exfoliated 2D materials
Thermal transport in strongly correlated bad metals
Quantum metallic states with bose character in two dimensional disordered superconductors
The nature of the phases proximate to the superconducor-insulator transition in two dimensions
Photogalvanic effects in Weyl semimetals and correlated electron systems
"Short range gravity" and possible deviations from Newton's 1/R² law at microns distances
Search for Axions in the coupling range of 10⁹ GeV < f_a< 10¹¹ GeV as a possible solution for the strong CP problem.