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Research


Main Achievements of Theory division (in Russian)

• Report 2011
  

• Report 2010
  

• Report 2009
  
• Report 2009 on AdSCFT correspondence (V.Velizhanin)
  

• Older reports
  

Directions of research in Theory Division include:

  1. High energy and elementary particle physics

• strings and superstrings
  
• supersymmetric models and conformal field theory
• physics at the LHC supercollider
• Quantum Chromodynamics at high energy
• non-perturbative approaches to Quantum Chromodynamics
• spontaneous violation of chiral symmetry in strong interactions
• physics of heavy quarks and CP-violation
• hadron spectroscopy, in particular exotics and glueballs

see an incomplete list of renowned papers in high energy physics of the present and former members of the THD.

  2. Nuclear physics

• QCD condensates in nuclei
• nuclei beyond the stability line
• the natural nuclear reactor in Oklo
• precision calculations for high flux PIK reactor

  3. Condensed matter physics

• disordered systems
• self-organized chaotic systems
• heavy fermion metals
• high temperature superconductors
• non-standard magnetics
• interacting q-bits in the nanostructures
• strongly correlated Fermi systems
• scale-invariant neural networks

  4. Atomic physics

• high order radiative corrections in Quantum Electrodynamics
• P- and T-noninvariance in atoms
• precision calculations of large atoms
• ionization processes

  5. Ecological physics

• biotic regulation of the environment
• physical and biological bases of life stability