Program of the RPA workshop

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Schedule [ in progress ]

Talks will be followed by discussions.

Breaks will be 15-20 minutes.

	Monday 25 January	Tuesday 26 January	Wednesday 27 January	Thursday 28 January	Friday 29 January
8:30am		Peter Schuck 40 / Angel Rubio 40	Andy Görling 30 / Gustavo Scuseria 40	Danilo Gambacurta 30 / Panagiota Papakonstantinou 35
		BREAK	BREAK	BREAK
		Mark Casida 40 / Jan Linderberg 40	Jacek Dobaczewski 20 / Thomas Duguet 40	Calvin Johnson 25 / Peter Ring 40	Informal Discussions
12:30pm		Lunch	Lunch	Lunch
2:00pm	Informal Get Together	Jorge Dukelsky 25 / Osvaldo Civitarese 30	Vince Ortiz 30 / Miquel Huix-Rotllant 25	Alex Tkatchenko 25 / John Dobson 30	Informal Discussions
		BREAK	BREAK	BREAK
3:45pm		Lucia Reining 30 / Xavier Gonze 30	Julien Toulouse 30 / Janos Ángyán 30 / Georg Jansen 15	Paula Mori Sanchez 35 / Henk Enhuis 20	Informal Discussions
		BREAK	BREAK	BREAK
5:30pm		John Perdew 30 / Adrienn Ruzsinszky 30	Peter Schuck 25 / Kazuhiro Yabama 30	Roger Balian 30 / Dinh Dang 30 / Doru Delion 30	Informal Discussions
7:30pm	Dinner	Dinner	Dinner	Dinner

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If you would like to participate in group dinners, please follow this link Dinner and add your name and days of interest.

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

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

Program

Please add your talk abstract on the RPA abstracts page. You can use login=Participant, password=pi314 to login into the system and enter your abstract. Follow the template provided.

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
• Mark Casida, An overview of RPA from the Quantum Chemistry perspective, 40 min
• Jan Linderberg, The self-consistent RPA ground state and its connection with projected BCS wavefunctions, 40 min

Other Research Lectures

• János Ángyán, Various ground state correlation energy expressions from RPA, 30 min
• Roger Balian, Variational evaluation of fluctuations and correlations: extended mean-field and RPA approach, 30 min
• Osvaldo Civitarese, Extensions of the RPA, are they correct?, 30 min
• Nguyen Dinh Dang, The Selfconsistent Quasiparticle RPA and Its Description of Thermal Pairing Properties in Nuclei, 30 min
• Doru Delion, Self-Consistent RPA in a three-level Lipkin model and the Goldstone mode, 30 min
• Jacek Dobaczewski, RPA strength functions in nuclei with iterative Arnoldi diagonalization, 20 min
• John Dobson, How reliable is the RPA for van der waals and dispersion interactions?, 30 min
• Thomas Duguet, Multi-reference Energy Density Functional calculations for nuclei, 40 min
• Jorge Dukelsky, RPA selfconsistency and the killing condition, 25 min
• Henk Enhuis, How accurate is RI-RPA? Quality of resolution-of-the-identity methods for RPA correlation energies, 20 min
• Danilo Gambacurta, Collective Excitations within the Second RPA, 30 min
• Andy Görling, Promising first results with an RPA correlation functional based on the frequency-dependent Kohn-Sham exchange kernel, 30 min
• Xavier Gonze, The two faces of RPA: density functional theory and many-body perturbation theory, 30 min
• Miquel Huix-Rotllant, Time-Dependent Density-Functional Theory Kernels From Many-Body Perturbation Theory, 25 min
• Georg Jansen, Testing various RPA ground state energy expressions for atomic correlation energies, 15 min
• Calvin Johnson, How approximate is the random phase approximation? Comparing RPA against full configuration-interaction calculations, 25 min
• Paula Mori Sanchez, Failure of the RPA correlation energy, 35 min
• Vince Ortiz, Consistent ground states and renormalizations in ab initio propagator theory of molecules, 25 min
• Panagiota Papakonstantinou, Large-scale Second-RPA calculations, 35 min
• John Perdew, The RPA in a Density-Functional Context, and Its Semilocal Correction, 30 min
• Lucia Reining, Some theoretical and practical aspects of RPA in the context of many-body perturbation theory, 30 min
• Peter Ring, RPA in superfluid nuclei, 40 min
• Adrienn Ruzsinszky, Fully Nonlocal Correction of RPA, 30 min
• Peter Schuck (in lieu of M. Tohyama), Extended RPA from time dependent density matrix theory, 25 min
• Gustavo Scuseria, RPA and coupled cluster theory & 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

• Gaston Berthier
• Eric Cances
• Francesco Catara
• Aron Cohen
• Paola Gori-Giorgi
• Marcella Grasso
• Trygve Helgaker
• Stefan Kurth
• Sebastian Lebegue
• Mathieu Lewin
• Ru-Fen Liu
• Fred Manby
• Daniel Pena Arteaga
• Patrick Rinke
• Andreas Savin
• Andrew Teale
• Marcel Vénéroni
• Wuming Zhu

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