Mohit Randeria

 
 

 

                                                                                                                      Professor, Department of Physics

                                                                                                             The Ohio State University
 
   

 

B.Tech,  Indian Institute of Technology, Delhi (1980)
M.S.,      California Institute of Technology (1982)
Ph.D.,     Cornell University (1987)

                                                                            

 

Research Interests: Condensed Matter Theory

I work in the general area of condensed matter physics, whose goal is
to gain insights into the complex behavior of macroscopic systems of
many interacting particles. My current research focuses on:

  •  high temperature superconductivity 

  •  strongly correlated systems

  •  photoemission spectroscopy

  •  complex oxides

     and

  •  many-body physics in cold atomic systems

  •  BCS-BEC crossover in Fermi gases

 

Research:

   Strong correlations in complex materials and cold atoms, supported by NSF

    Strongly correlated fermions in optical lattices, supported by ARO & DARPA

   Complex oxides: Double Perovskites, supported by NSF-MRSEC
 

Teaching:

  • Current Teaching:  880.20 Introduction to Magnetism (Aut 09)
     
  • Previous Courses: 846 Statistical Physics I (Win 09)
                                  847 Statistical Physics I (Spr 09)
                                  633 Quantum Mechanics III (Spr 08)
                                  880A20 Many Body Physics I (Aut 07)
                                  880A20 Many Body Physics II (Win 08)
 
 

 

Department of Physics                                
The Ohio State University
191 W. Woodruff Avenue
Columbus, Ohio 43210

Office: 2024 Physics Research Building

Phone: 614 292 2457
Fax:      614 292 7557

email: randeria@mps.ohio-state.edu

 

 

Useful links:
OSU Physics Colloquium
Condensed Matter Theory at OSU
Condensed Matter Experiments

APS journals

cond-mat ArXive

 

 

This site was last updated 08/29/09