Reining, L. (2005). Electronic excitations: bandstructure and many-body effects. Wissenschaftskolleg "Computational Materials Science", Vienna (Austria). Presented at the. (Original work published)
Sottile, F. (2009). Plane-waves approach to Energy Loss Spectroscopy: Features, tools and results. Understanding Materials through Electron Microscopes: Realising the Potential, Imperial College of London, United Kingdom. Presented at the. (Original work published)
Sottile, F. (2007). Time Dependent Density Functional Theory and Bethe- Salpeter Equation. Queen S University Belfast, United Kingdom. Presented at the. (Original work published)
Reining, L. (2005). Electronic excitations in TDDFT and in Many-Boby Perturbation Theory: comparisons and combinations. ICTP INFM-DEMOCRITOS ISMO - IUT School and Workshop on Electronic-Structure Calculations and Their Applications in Materials Science, Isfahan (Iran). Presented at the. (Original work published)
Sottile, F. (2016). Signatures of correlation: from excitons to satellites. Workshop on Next Generation Quantum Materials. Presented at the. Sao Paulo (Brasil). (Original work published)
Reining, L. (2011). Insight and Prediction of Materials Properties from ab initio Calculations of Electronic Excitations. Workshop on Dynamics, Properties, and Solidification of Liquid Alloys, German Aerospace Center, Cologne, Germany. Presented at the. (Original work published)
Sottile, F. (2015). Ab initio description of exction dispersion. Total Energy 2015. Presented at the. Trieste, Italy. (Original work published)
Sottile, F. (2011). The Loss spectroscopy beamline of the ETSF. SOLEIL Users Meeting, Palaiseau, France. Presented at the. (Original work published 2011)
Sottile, F. (2015). Exciton disperion from First-principles. Psi-K General Conference. Presented at the. San Sebastian (Spain). (Original work published 2015)
Reining, L. (2011). Satellite structure in electronic spectra. ES11: The 23rd Annual Workshop on Electronic Structure Methods, University of Pennsylvania, USA. Presented at the. (Original work published)