Displaying items by tag: Energy

The Computational School on Ab-initio Many-Body Methods and Simulations with the Yambo Code will introduce many-body perturbation theory (MBPT) approaches and specifically to first-principles excited-state simulations using the YAMBO. code.
The target participants are graduate students, postdocs, and researchers who are interested in learning or in improving their knowledge and skills to calculate electronic and optical properties of an efficient, beyond the well-known DFT limitations and using an efficient, highly parallelized and accurate many-body computational tool.

#ab_initio, #yambo_code, #school, #computational_physics, #condensed_matter, #manybody_perturbation_theory, #quasiparticles, #excitons, #highperformancecomputing, #gpu

The #FOTONICS project aims to realize and optimize a photodetector based on the ultra-fast Bi₂Se₃/Si heterojunction, operating at low voltage from ultraviolet to infrared and cheaper than those on the market.

#broadband_photodetector, #Bi2Se3/Si_heterojunction #topological_insulator

#P2DAME aims at the realization of a #FET (high-frequency field effect transistor), whose heart is represented by a new #2D_polymer obtained via #on_surface_synthesis.

The CITYSOLAR breakthrough is based on a unique combination of innovative concepts that will take the efficiency and transparency of the integrated solar cell well beyond the state of art and allowing for a real exploitation of photovoltaic windows.

The project aims at studying and improving some classes of organic and metal-organic piezoelectric materials (in which a stress causes an electric field and vice versa), which recently come into the limelight due to their unexpectedly high electromechanical coupling constants.

The Best4U project is an industrial research project aimed at finding solutions to increase the efficiency of photovoltaic modules over 25%, and improve bifaciality, because this significantly reduces the BOS and the LCOE.

Development of new, highly sustainable strategies for the synthesis of organic materials for electronic and opto-electronic devices.

The project aims at developping a new technology based on the use of magnetic nanoparticles dispersed in ionic liquids for thermoelectric applications

The action aimed at the organization at European level of a Network of Excellence at the service of the KIC Raw Materials community for the recovery and recycling of rare and / or critical elements

Main purpose of the COST action is the creation of an interdisciplinary network of laboratories and industries, equipped with complementary analytical techniques to study the degradation mechanisms of "state of the art" Solar Cells in order to target next generation organic photovoltaics.