comput-ing(ational)

Advanced Computing of Excited State Properties in Solids and Nanostructures with Yambo

19 Apr , 2017 - Seminars,Talks & Seminars

Lausanne (Switzerland), 2017, 14-18 April 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 […]

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

MAX Meeting

12 Gen , 2017 - Talks,Talks & Seminars

Trieste (Italy), 2017, 9-11 January MaX concurrently works to develop a new application and data ecosystem, and to serve its industrial and academic community through end-user oriented actions. Key actions include They are complemented by further end-user oriented key actions: https://www.max-centre.eu/events/max-meeting-0

advanced, atom, characterisation, chemistry, code, comput-ing(ational), condensed, data, data ecosystem, electron(s), electronic, ETSF, exascale, excitation, INFN, Marini, Marini A., Marini Andrea, material(s), matter, MaX, MBPT, methods, nano, nanoscience, nanotechnology, phenomena, photons, physics, properties, quantum, simulation, solid, structure, surfaces, theoretical, ultra-fast, Ultrafast, Yambo

Computer modelling of materials at the nanoscale

30 Apr , 2014 - Talks,Talks & Seminars

Tokyo (Japan), 2014, 23-26 April https://www.u-tokyo.ac.jp/content/400019983.pdf

advanced, atom, characterisation, chemistry, code, comput-ing(ational), computer modelling, condensed, data, DFT, electron(s), electronic, ETSF, excitation, INFN, many bodies, many body perturbation theory, Marini, Marini A., Marini Andrea, material(s), materials, matter, MBPT, methods, nano, nanomaterials, nanoscale, nanoscience, nanotechnology, phenomena, photons, physics, properties, quantum, simulation, solid, structure, surfaces, theoretical, ultra-fast, Ultrafast, Yambo

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