Theoretical investigation of the first hyperpolarizability redox-switching in a ruthenium complex

Résultats de recherche

• Terminé

  Atomic Scale Optoelectronics and Surface Modifications from First Principles Simulations of STM Experiments

  CHAMPAGNE, B. (Responsable du Projet) & ZHANG, Y. (Chercheur)

  1/10/11 → 30/09/13

  Projet: Recherche

  • Hyperpolarizability 100%
  • Ruthenium 80%
  • nonlinear problems 80%
  • Excited State 60%
  • Second-Order Nonlinear Optical Property 53%

• consortium des équipements de calcul intensif

  Champagne, B. (Co-investigateur)

  1/01/11 → 31/12/22

  Projet: Recherche

  • nonlinear problems 100%
  • Hyperpolarizability 84%
  • simulation 81%
  • molecules 76%
  • investigations 63%

• TINTIN - ARC 09/14-23: Molecular TINkertoys for OpToelectronics and SpINtronics - TINTIN

  BONIFAZI, D. (Responsable du Projet), CHAMPAGNE, B. (Co-investigateur), FORENSI, S. (Chercheur), SEGERIE, A. (Chercheur) & Melinte, S. (Co-investigateur)

  1/09/09 → 31/08/14

  Projet: Recherche

  • Hyperpolarizability 100%
  • shells 54%
  • nonlinear problems 42%
  • Third-Order Nonlinear Optical Property 26%
  • optical properties 25%