Characterization and engineering of advanced materials and nanostructures often require an accurate description of their excited state properties. This school will provide a balanced training both in the fundamental theory of electronic and optical excitations as well as practical strategies for computation of such challenging systems within a massively parallel environment.
advanced, advanced computing, atom, characterisation, chemistry, code, comput-ing(ational), condensed, data, electron(s), electronic, ETSF, excitation, INFN, Marini, Marini A., Marini Andrea, material(s), matter, MBPT, methods, nano, nanoscience, nanotechnology, optical, phenomena, photons, physics, properties, quantum, simulation, solid, state properties, 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
19 Nov , 2024 - Activities Seminars Talks & Seminars - advanced, atom, code, comput-ing(ational), condensed, data, electron(s), electronic, excitation, Marini, Marini A., Marini Andrea, material(s), matter, methods, nano, phenomena, photons, PHYSHPC, physics, properties, quantum, simulation, solid, structure, surfaces, theoretical, ultra-fast, Ultrafast