Reining, L. (2005). Electronic excitations and the calculation of dielectric functions. Workshop Synchrotron SOLEIL Spectroscopies D électrons et Diffusion Inélastique en Matière Condensée : Vers une Meilleure Compréhension Des Effets de Corrélation, Saint Aubin (France). Presented at the. (Original work published)
Reining, L. (2009). Insight and prediction of material properties from ab initio calculations of electronic excitations. Symposium Ab-Initio Approaches to Excitations in Condensed Matter at DPG Spring Meeting, Dresden (Germany). Presented at the. Retrieved from http://www.fhi-berlin.mpg.de/th/Meetings/DPGSym2009/index.php?GOTO=start.html (Original work published)
Reining, L. (2007). Many-Body Perturbation Theory and Density-Functional based approaches: successful combinations. DFT2007 Conference on the Theory and Applications of DFT, Amsterdam (Netherlands). Presented at the. (Original work published)
Reining, L. (2005). Electronic excitations and the calculation of dielectric functions. Wissenschaftskolleg "Computational Materials Science", Vienna (Austria). Presented at the. (Original work published)
Sottile, F. (2023). X-ray absorption and resonant inelastic X-ray scattering: All-electron vs. pseudo-potential many-body approaches. HoW Exciting! Presented at the. Berlin. (Original work published)
Sottile, F. (2013). Theoretical Description of the Dielectric Function Complementarity with Experiments. Frontiers in Modeling Optical Excitations in Materials. Presented at the. Chicheley Hall (UK). (Original work published 2013)
Sottile, F. (2016). Ab initio approaches to spectroscopies. SOLEIL, Theory Days, Gif-Sur-Yvette (France). Presented at the. (Original work published)
Reining, L. (2011). Correlation: coupling of excitations. Workshop Strong Correlation from First Principles (SC1p), Kloster Seeon, Germany. Presented at the.
Sottile, F. (2016). Exciton dispersion and beyond. 26 Condensed Matter Division of the EPS, Groningen (Netherlands). Presented at the. (Original work published)
Reining, L. (2011). Density Functionals from Many-Body Perturbation Theory: some thoughts. CECAM Workshop on "How to Speed up Progress and Reduce Empiricism in Density Functional Theory", ACAM Dublin, Ireland. Presented at the. (Original work published)