Dostoevsky Omsk State University
Dostoevsky Omsk State University

Research Laboratory of Theoretical Physics, Applied Modeling and Parallel Computing

Condensed Matter Physics Solid State Physics Physical Chemistry
Head of Laboratory

Prudnikov, P V

DSc in Physics and Mathematics, Professor
Publications
121
Citations
704
h-index
15
ORCID
0000-0002-6522-2873
ResearcherID
M-9361-2016
Scopus ID
6602899618
Google Scholar ID
tWfNDYgAAAAJ
Authorization required.
Lab website

The staff of the laboratory are teachers, postgraduates and students of the Department of Theoretical Physics of the Moscow State University named after F.M. Dostoevsky. The laboratory cooperates with other laboratories in Russia, Europe, and China. The scientific activity of the laboratory is devoted to solving fundamental and applied problems in various fields of modern theoretical physics: condensed matter physics, surface physics and magnetic phenomena.

  1. Computer modeling of physical properties of materials at the atomic and molecular level using molecular dynamics and Monte Carlo methods
  2. Quantum mechanical ab initio calculations in quantum chemistry and solid state physics
  3. Machine learning
Prudnikov, P V
P Prudnikov
Head of Laboratory

Research directions

Investigation of the nonequilibrium critical behavior of disordered statistical systems and magnetic nanostructures

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Numerical study of the influence of various initial states and spin concentrations of structural defects on the nonequilibrium critical behavior of complex magnetic systems (in partnership with the research group of Yunnan University, China)

Investigation of the effects of magnetic anisotropy of multilayer and spin-gate magnetic structures with the effects of giant and tunnel magnetoresistance, promising materials for spintronics elements and magnetic memory devices

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Application of Monte Carlo methods and a first-principle approach to the study of the effects of magnetic anisotropy of multilayer and spin-gate magnetic structures with the effects of giant and tunnel magnetoresistance, promising materials for spintronics elements and magnetic memory devices (in partnership with the Institute of Problems of Chemical Physics of the Russian Academy of Sciences, Moscow)

Publications and patents

Found 

Lab address

Омск, проспект Мира, 55
Authorization required.