The goal of this school, co-funded by CECAM and University of Luxembourg, was to provide the participants with the theoretical and computational tools to study the excited properties of advanced materials and nanostructures. In the morning, the students followed lectures on the fundamentals of linear response and many-body perturbation theory together with more technical lectures on the implementation of the theory into first-principles approaches.
advanced, advanced computing, atom, CECAM, characterisation, chemistry, code, comput-ing(ational), condensed, data, electron(s), electronic, ETSF, excitation, excited state, INFN, Marini, Marini A., Marini Andrea, material(s), matter, MBPT, methods, nano, nanoscience, nanotechnology, phenomena, photons, physics, properties, properties in solids, quantum, simulation, solid, structure, surfaces, theoretical, ultra-fast, Ultrafast, Yambo
20 Nov , 2024 - NEWS Seminars Talks & Seminars - advanced, ASESMA, atom, characterisation, comput-ing(ational), condensed, EAIFR, electron(s), ICTP, Marini, Marini A., Marini Andrea, material(s), matter, MBT, nano, photons, physics, quantum, simulation, theoretical, ultra-fast, Ultrafast, Yambo
19 Nov , 2024 - Seminars Talks & Seminars - advanced, atom, characterisation, chemistry, code, comput-ing(ational), condensed, data, electron(s), Many Bodies Theory, Marini, Marini A., Marini Andrea, material(s), matter, MBPT, methods, nano, non-equilibrium, phenomena, photons, physics, properties, quantum, simulation, solid, structure, surfaces, theoretical, ultra-fast, Ultrafast, Yambo
