The future of MR DFT

Presentations

All presentations can be downloaded as one archive
file Warsaw2015.zip (51,113,078 bytes), or selected individually below.

Benjamin Bally Multi-Reference Calculations for Odd-Mass Nuclei	Paweł Bączyk Class II and III Interactions within DFT	Michael Bender Symmetry Restored GCM Based on Time-Reversal Breaking States
Karim Bennaceur HFB Calculations from a Regularized Pseudo-Potential	Gianluca Colò A Hybrid Configuration Mixing Model with Applications to Odd Nuclei near Closed-Shells	Jacek Dobaczewski MR-DFT — Past, Present and Future
Yuan Gao Translational and Rotational Symmetry Restoration with Lipkin Method	Paul-Henri Heenen How to Control the Numerical Accuracy of Mean-Field Calculations	Nobuo Hinohara Generator Coordinate Method with Proton-Neutron Pairing Amplitudes
Andrea Idini Constraining Finite-Range Momentum Dependent Effective Interactions	Maciej Konieczka β-Decay Matrix Elements Calculated Using MR-DFT and NCCI Approaches	Markus Kortelainen Recent Developments with the Finite Amplitude Method
Tomohiro Oishi Nuclear Dipole Excitation with Finite Amplitude Method QRPA	Wouter Ryssens Symmetry Unrestricted Skyrme Mean-Field Study of Heavy Nuclei	Gianluca Salvioni Regularization Scheme Applied to Particle Number Projection in MR Functional Theory
Kazuyuki Sekizawa MR-TDDFT for Low-Energy Heavy Ion Reactions: Ideas	Vittorio Somà Proposal for an Ab Initio-Driven Nuclear EDF	Dymitar Tarpanov Finite-Size Instabilities in RPA Calculations for Finite-Size Nuclei

TRW (Tomasz Werner AT fuw edu pl)