University of California San Diego
Ph.D. 2004, Physics, Harvard University

• Research Group Webpage: oleg.ucsd.edu

Ph.D. Physics, Harvard University, 2004 (CV)

• Office: Mayer Hall 3210 (Where is it?), 9500 Gilman Dr., MC-0319, UC San Diego, La Jolla, CA 92093-0319
• Phone (Google Voice, preferred): 858-952-1248
• Phone (Office): 858-534-3066

Dr. rer-nat, CAU Kiel
Diploma Physics, CAU Kiel
Research Topic:

Ph.D. Physics, University of Hamburg, 2016
M.S. Physics, Moscow State University, 2010
Research Topic: I believe that the unique capabilities of state-of-the-art X-ray sources, such as new generation of synchrotrons and free-electron lasers, are the key to the revolution in the current understanding of physics of nanoscale systems. In this big picture, my research focuses on probing the structure and dynamics of functional materials, such as resistive-switching based nanodevices for neuromorphic computing, advanced battery materials in operando conditions, and self-assembled biophotonic structures for optical computing applications.

Ph.D. Physics, National research nuclear university "MEPhI" (Moscow), 2017
Research Topic:

B.S. Engineering Physics, University of Pittsburgh, 2013
B.A. Physics and Astronomy, University of Pittsburgh, 2013
Research Topic:

M.S. Physics, UCSD 2014
B.S. Physics, MIT 2013
Research Topic: Studying defects and dislocations in energy storage and conversion materials using coherent diffractive imaging.

Research Topic: My research focuses on understanding of the structure and its dynamics in nanoscale materials by using new generation x-ray sources.

Currently an Assistant Professor at Cornell University in the Department of Materials Science and Engineering
Andrej's site

Phd Materials Science and Engineering, Stanford, 2014
MS, Stanford
BS, Materials Science and Engineering, IIT Bombay

Currently an Assistant Professor at UC Davis in the Department of Materials Science and Engineering
Roopali's website

Combination of first-principles, semi-empirical techniques. Novel coherent x-ray diffraction imaging techniques to study the fundamental physics of novel materials with potential technological importance. Strain Mediated Magnetoelectric Coupling as a route to Novel Hybrid Multiferroic Devices Switching of Ferroelectrics Domains and Magnetoelectric coupling in heterostructures

Research Topic: X-ray magnetic dichroism studies of magnetic thin films, magnetic and orbital domains in manganese oxides, charge density wave systems.

Currently a Scientist at Technical University Berlin.
Jyoti's website

Research Topic: Magnetic nanostructures.

Research Topic: Superconductivity and Correlated Electron Systems

Research Topic: Superconductivity and Correlated Electron Systems

Research Topic: Dynamics of Jammed Systems. Light Scattering.
Current Whereabouts: Physics Graduate Student at Stanford

Research Topic: Light Scattering
Current Whereabouts: Physics Graduate Student at UC Santa Barbara

Research Topic: Light Scattering.
, Currently a Physics Graduate Student, University of Melbourne

Current Whereabouts: Master's program in Computational Science, University of Frankfurt, Germany.

Masters Student at ETH Zurich, Switzerland
Masters Thesis: Dynamic Light Scattering studies of fluid microdynamics (PDF)
B.S. Physics, Ecole Polytechnique federale de Lausanne, Switzerland 2007
Research Topic: Light Scattering Studies of micro- and nano-particles.
Current Whereabouts: ETH Zurich, Switzerland.

Research Topic: Dynamics of Jammed Systems. Light Scattering.
Mike is currently a UCSD Physics Ph.D. student in Medical Imaging at UCSD Cancer Center.