Marini – Page 4

2018-02-15

LACUS DAY 2018

By Staff in Talks, Talks Tag advanced, atom, characterisation, chemistry, code, comput-ing(ational), condensed, data, diffraction, electron pulses, electron(s), electronic, ETSF, excitation, INFN, Lacus, Marini, Marini A., Marini Andrea, material(s), matter, MBPT, methods, nano, nanoscience, nanotechnology, phenomena, photons, physics, properties, quantum, radiation, simulation, solid, Spectroscopy, structure, surfaces, terahertz, theoretical, ultra-fast, Ultrafast, ultrashort radiation, Yambo

Lausanne (Switzerland), 2018, 14 February Over the last decade, ultrafast technology has made enormous progress, opening a large variety of new research fields and applications. Examples include frequency combs that…

2018-01-31

MaX Conference on the Materials Design Ecosystem at the Exascale: High-Performance and High-Throughput Computing

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

Trieste (Italy), 2018, 29-31 January Materials are crucial to scientific and technological advances and industrial competitiveness, and to tackle key societal challenges — from energy and environment to healthcare, information…

2017-04-30

School on “Advanced computing of excited state properties in solids and nanostructure with Yambo”

By Staff in Seminars, Talks Tag 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

San Sebastian (Spain), 2017, 24-28 April Characterization and engineering of advanced materials and nanostructures often require an accurate description of their excited state properties. This school will provide a balanced…

2017-04-19

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

By Staff in Seminars, Talks Tag 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

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…

2017-01-12

MAX Meeting

By Staff in Talks, Talks Tag 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

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 advancing materials…

2014-04-30

Computer modelling of materials at the nanoscale

By Staff in Talks, Talks Tag 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

Tokyo (Japan), 2014, 23-26 April 2016-TokyoDownload https://www.u-tokyo.ac.jp/content/400019983.pdf

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