Program of the RPA workshop

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Schedule

Monday 25 January Tuesday 26 January Wednesday 27 January Thursday 28 January Friday 29 January
9:00am - 12:30pm Overview Talks Talks/Discussions Talks/Discussions Informal Discussions
12:30pm - 2:00pm Lunch Lunch Lunch Lunch
2:00pm - 6:30pm Informal Get Together Talks/Discussions Talks/Discussions Talks/Discussions Informal Discussions
7:30pm Dinner Dinner Dinner Dinner

Talks will be followed by discussions with no precise time limit.

There will be a wi-fi available during the workshop.

A room will be available on Monday 25 for an informal get-together. A room will be available on Friday 29 for informal discussions post-lectures.

Program

Please add your talk abstract on the RPA abstracts page.


Tuesday Morning Overview Talks

  • Peter Schuck, An overview of RPA from the Nuclear Physics perspective, 40 min
  • Angel Rubio, An overview of RPA from the Condensed Matter perspective, 40 min
  • TBD, An overview of RPA from the Quantum Chemistry perspective, 40 min


Other Research Lectures

  • Jacek Dobaczewski, RPA strength functions in nuclei with iterative Arnoldi diagonalization, 20 min
  • Nguyen Dinh Dang, The Selfconsistent Quasiparticle RPA and Its Description of Thermal Pairing Properties in Nuclei, 40 min
  • Thomas Duguet, Multi-reference Energy Density Functional calculations for nuclei, 60 min
  • Xavier Gonze, The two faces of RPA : density functional theory and many-body perturbation theory, 30 min
  • Calvin Johnson, How approximate is the random phase approximation? Comparing RPA against full configuration-interaction calculations, 25 min
  • Vince Ortiz, Consistent ground states and renormalizations in ab initio propagator theory of molecules, 25 min
  • John Perdew, The RPA in a Density-Functional Context, and Its Semilocal Correction, 30 min
  • Peter Ring, Extended RPA from time dependent density matrix formalism, 30 min
  • Adrienn Ruzsinszky, Fully Nonlocal Correction of RPA, 30 min
  • Gustavo Scuseria, RPA and coupled cluster theory & some results using range separation, 40 min
  • Alex Tkatchenko, Dispersion coefficients from RPA: Implications for intermolecular interactions, 25 min
  • Julien Toulouse, Adiabatic-connection fluctuation-dissipation density-functional theory based on range separation, 30 min
  • Kazuhiro Yabana, Real-time calculations for RPA response and nonlinear dynamics, 30 min


Just Attending - Not Lecturing

  • Paola Gori-Giorgi
  • Mathieu Lewin
  • Fred Manby
  • Andreas Savin
  • Marcel Veneroni


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