Theoretical Description of the Nuclear Large Amplitude Collective Motion
(with a focus on fission)

The workshop will begin on Wednesday, March 30, at 9:00 am and will end on Thursday evening, March 31 at 6:00 pm. We intend to keep the program as informal as possible to provide ample time for discussion.

• Configuration Mixing of symmetry-restored self-consistent mean-field states (T)

• Microscopic calculations of potential energy surfaces: fission barriers, fission paths and fusion barriers (T)

• On the non-Unitarity of the Bogoliubov Transformation due to the Quasiparticle Space Truncation (T)

• Low energy fission dynamics: kinetic energy and fragment mass distributions (T)
• Collective/intrinsic excitations (D)

• Gamow-Hartree-Fock method (T)

• Some comments on nuclear mass models (T)

• Selfconsistent barrier calculations (T)

• Scission configurations, orientation pumping and the spin of fission fragments (T)

• Finding fission saddle points in constrained mean field models (D)
• The macroscopic properties of effective interactions used in self-consistent mean field models (D)
• Microscopic models for the "Wigner" energy (D)

• Nuclear fission with mean field instantons (T)
• Nucleus-nucleus potential at near barrier energies from selfconsistent calculations (T)

• Particle-Number Projection in HFB method withSkyrme Forces (T)

• Self-consistent description of multipole strength in exotic nuclei (T)

• TDHF fusion calculations (T)

• Toward a microscopic calculation of induced fission cross sections (T)