Preliminary List of Lectures

• Finite-rank approximation approach to few-body problems
  V. B. Belyaev (Dubna)


• Trace formulas, spectral shift function and virial coefficients
  V. S. Buslaev (St. Petersburg)


• Practical use of few-body processes in the customs control
  V. M. Bystritsky (Dubna)


• Adiabatic hyperspherical approach to solving Faddeev differential equations
  D. Fedorov (Aarhus)


• Few-body halo systems
  A. Jensen (Aarhus)


• Generalized Coulomb-Fourier transform
  S. B. Levin (Stockholm/St.Petersburg)


• Relativistic Field-Theoretical two-body and three-body equations
  A. Machavariani (Dubna/Tbilisi)


• Three-body resonances
  A. K. Motovilov (Dubna)


• Yakubovsky integral equations
  I. M. Narodetsky (Moscow)


• Two-electron quantum dots in a magnetic field: classical and quantum dynamics
  R. Nazmitdinov (Dubna)


• Threshold phenomena in three-body systems
  S. Ovchinnikov (Oak Ridge)


• Antiprotonic helium
  J. Revai (KFKI, Budapest)


• Bounds for binding energies of few-body systems
  J.-M. Richard (Grenoble)


• AGS equations
  W. Sandhas (Bonn)


• Practical use of few-body processes in the customs control
  M. G. Sapozhnikov (Dubna)