Federico Iori Email & Phone Number

Barcelona, Catalonia, Spain

Barcelona, Catalonia, Spain

Saclay

Numerical molecular simulations for materials for gas production. Topics of interest: heterogeneous catalysis, steels embrittlement, electronics, photocatalysis, photovoltaics. Co-cordinator of the exploratory project on molecular modelling at Air Liquide Paris Innovation Campus. Developpement of multi-scale methods for catalysis applications.

Barcelona Area, Spain

Laboratoire De Physique Des Solides - Universite Paris Sud Orsay

UNderstanding, descRibing And Visualizing Electronic charge innoveL oxide heteroStructures

Laboratoire De Physique Des Solides - Orsay

study of correlation and magnetics effects in doped diluted Ce oxides (bulk and surfaces)

Barcelona Area, Spain

Dept. Of Science And Methods For Engineering (Dismi) Reggio Emilia (It)

- basic research on new materials and devices for thermoelectric applications (atomistic ab initio simulations of the electronic and transport properties);- investigation of the electronic correlation in transition metal oxide compounds within Many Body Perturbation Theory framework;- involved in the development and launch of the En&Tech Lab for technological transfer and industrial research; field of interest : renewable energy - ICT - sustainable construction and… Show more - basic research on new materials and devices for thermoelectric applications (atomistic ab initio simulations of the electronic and transport properties);- investigation of the electronic correlation in transition metal oxide compounds within Many Body Perturbation Theory framework;- involved in the development and launch of the En&Tech Lab for technological transfer and industrial research; field of interest : renewable energy - ICT - sustainable construction and housing Show less

Barcelona Area, Spain

Visiting scientist at Institut de Ciencia de Materiales de Barcelona (ICMAB) supported by Prize "Edison - Centro Volta 2012 for sustainable energy research";Collaboration with Dr. Riccardo Rurali

Facultad De Quimica, San Sebastian

I am currently studying electronic correlation in transition metal oxides. Within the many body perturbation theory approach I am investigating how electronic correlation signatures can be well described by ab initio methods beyond the density functional local density approximation.

i'm a phd student (finishing) in Physics.I'm involved in the research in the brach of solid-state physics. Aim of my work is th study of silicon nanocrystals via numerical simulations in order to understand the mechanisms that govern the emission and the gain of light in these small silicon nanoparticles. The main goal will be the application of these new optical feaures to the electronics and photonics, in order to realize new technological opto-electronic devices, that use the visible… Show more i'm a phd student (finishing) in Physics.I'm involved in the research in the brach of solid-state physics. Aim of my work is th study of silicon nanocrystals via numerical simulations in order to understand the mechanisms that govern the emission and the gain of light in these small silicon nanoparticles. The main goal will be the application of these new optical feaures to the electronics and photonics, in order to realize new technological opto-electronic devices, that use the visible ligh arise from the nanoparticle to vehicle information with respect to the traditional electronic devices. Show less

i'm a phd student (finishing) in Physics.I'm involved in the research in the brach of solid-state physics. Aim of my work is th study of silicon nanocrystals via numerical simulations in order to understand the mechanisms that govern the emission and the gain of light in these small silicon nanoparticles. The main goal will be the application of these new optical feaures to the electronics and photonics, in order to realize new technological opto-electronic devices, that use the visible… Show more i'm a phd student (finishing) in Physics.I'm involved in the research in the brach of solid-state physics. Aim of my work is th study of silicon nanocrystals via numerical simulations in order to understand the mechanisms that govern the emission and the gain of light in these small silicon nanoparticles. The main goal will be the application of these new optical feaures to the electronics and photonics, in order to realize new technological opto-electronic devices, that use the visible ligh arise from the nanoparticle to vehicle information with respect to the traditional electronic devices. Show less

Master Degree, Computational Solid State Physics

Education record