Aims and Scope

• atoms, molecules, optics:
  • general quantum mechanics
  • quantum information and quantum computers
  • collective properties of cold atoms and molecules (including BEC)
  • structure and dynamics of atoms and molecules
  • atomic and molecular collisions, radiation sources
  • interaction of phonons, electrons, atoms and molecules with solids and surfaces
  • interaction of atoms and molecules with elecromagnetic fields, quantum and classical optics, laser physics, nonlinear physics classical electrodynamics
• nuclei, particles, fields, gravitation, and astrophysics:
  • nuclear structure, collisions and nuclear reactions
  • hadron physics and QCD
  • electromagnetic and weak interactions
  • cosmology, astroparticle physics, gravitation and astrophysics
  • quantum field theory, string theory
• solids and liquids:
  • scattering and absorption of particles and waves, excitation spectra
  • structure, mechanical properties, crystal defects, crystal growth
  • thermal properties of solids and liquids
  • quantum liquids and crystals
  • low-dimensional systems (structure etc.)
• order, disorder, and phase transitions in condensed system:
  • inhomogeneous, irregular, and partially disordered systems
  • magnetism, piezoelectricity, and ferroelectricity
  • superconductivity and superfluidity
  • phase transitions
• electronic properties of solids:
  • electronic properties of metals and insulators
  • strongly correlated electron systems
  • physics of semiconductors
  • low-dimensional systems (electronic properties)
• statistical, nonlinear, and soft matter physics:
  • statistical physics
  • polymers, liquid crystals
  • physics of biological systems
  • chaos
  • dynamics of liquis
  • plasma physics, termonuclear fusion
  • computational physics, complex systems
  • physics of nonlinear systems

Journal of Experimental and Theoretical Physics also publishes topical review articles commissioned by the Editorial Board.