NIRLICC Project

© Ella Maru Studio

Near Infra-Red Light-Induced Chirality and Catalysis

Coordinator

Jean-Philippe GODDARD (LIMA)

CNRS

Keywords

Light Conversion to Chiral Information ; Chiral Photocatalysis ; Near Infra-Red ; Metallaphotoredox ; Solid/Liquid Phase ; Synthesis ; Mechanisms ; Heterochemistry ; Single Electron and Energy Transfer ; Cyanines ; Squaraines

Summary

The NIRLICC project aims to harness near-infrared (NIR) light for the synthesis of chiral molecules. By bringing together a consortium of teams with recognized and complementary expertises, the project focuses on developing novel chiral NIR photocatalysts, exploring their photophysical properties, and applying them in asymmetric photocatalysis. It also encompasses mechanistic and kinetic studies of the targeted transformations, alongside process optimization using advanced methodologies such as flow chemistry and solid-phase techniques like mechanochemistry. This interdisciplinary initiative seeks to establish innovative tools for sustainable and selective chemical synthesis, driving advancements in both academic and industrial research.

Consortium

LIMA • Mulhouse
Laboratoire d’Innovation Moléculaire et Applications
Jean-Philippe Goddard, Morgan Cormier

COLL.DE FRANCE • Paris
Chaire Activations en chimie moléculaire
Louis Fensterbank, Camille Lescot

IPCM • Paris
Institut Parisien de Chimie Moléculaire
Cyril Ollivier, Virginie Mouri.s-Mansuy

LHFA • Toulouse
Laboratoire Hétérochimie Fondamentale et Appliquée
Sami Lakhdar

Publications

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