M.Camarasa/C.Ramírez (CFM-CSIC-EHU/UPM) — AI in hybrid functionals for excitonic properties of low-D systems

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Check this Success Story at our LinkedIn: Artificial intelligence in hybrid functionals for excitonic properties of low-dimensional systems

☀️Can AI help us to understand the physical processes behind solar cells better?☀️

Excitons are formed when a photon hits an electron on the valence band, leaving a positive "hole" behind that bounds with the electron itself. Studying their behaviour holds great potential for engineering applications, but they're currently limited by computational constraints. 

The team formed by María Camarasa Gómez and Cristian Ramírez Atencia from CFM Materials Physics Center and Universidad Politécnica de Madrid has developed a novel method to study excitons, leading to the publication of the open-software package 'EvoQuantum'.

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