Research areas

  • QC Physics

Research interests

  • Tests of fundamental theories in atomic physics
  • Development of new methods in relativistic theory of atom
  • Quantum electrodynamics of atomic systems
  • Lamb shift, hyperfine splitting, g-factor, and transition probabilities in highly charged ions
  • Parity-nonconservation effects in atoms
  • Precise determination of fundamental constants
  • Recombination, charge transfer, and electron-positron pair creation in heavy ion collisions
  • Electron-positron pair production in strong electromagnetic fields
  • Quantum electrodynamics in supercritical fields

Activities

  1. Quantum electrodynamics in strong and supercritical Coulomb fields

    Activity: Conference talk typesInvited talk

  2. Perturbation theory for QED calculations of highly charged ions

    Activity: Other activity typesExternal lecturing

  3. Nuclear effects in highly charged ions

    Activity: Conference talk typesInvited talk

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ID: 188328