OPERANDO/PROTOTYPAGE Project

Coordinators

Jean-Pierre Simorre (CNRS)

Jean-Philippe Renault (CEA)

Overview

Creation of a network of operando and prototyping platforms, for the study of systems and devices in operation or on a large scale

Summary

The OPERANDO/PROTOTYPAGE Targeted Project aims to establish and maintain coordinated access for the entire national scientific community to operando and prototyping platforms organized in a national network led by PEPR. This objective will be achieved by setting up a distributed OPERANDO/PROTOTYPAGE infrastructure, initially bringing together 8 high-level platforms relevant to the scientific challenges of LUMA. To ensure the success of this objective, OPERANDO/PROTOTYPAGE will contribute to financing the hosting costs and the supply of coupled high-performance equipment to strengthen the experimental offer of platforms in the fields of interest of LUMA.

Locations map

BIP • Marseille
^{EPR characterization, device testing, photo(electro)catalytic materials}

CRM2 • Nancy
^{Solid-state NMR spectroscopy (photo-MAS) under in-situ illumination}

CRAN • Nancy
^{Study of interactions between radiation and biological tissues}

IBS • Grenoble
^{High-field NMR coupled with in situ laser excitation}

ICP • Orsay
^{Coupling mass spectrometry and infrared laser excitation}

INES • Le-Bourget-du-Lac
^{Prototyping, characterization and testing of photo(electro)catalytic devices}

IRCELYON • Lyon
^{Characterization of the properties of catalytic systems under illumination}

ISM • Talence
^{Non-linear, ultra-fast optical instrumentation, nanophotonics, femtosecond processes}

LAMS • Paris
^{Photo-ageing for a better understanding of photo-degradation}

LASIRE • Lille
^{Electron paramagnetic resonance spectroscopy}

LCBM • Grenoble
^{Prototyping, characterization and testing of photo(electro)catalytic devices}

LCP-A2MC • Metz
^{Ellipsometry – Study of chiral light-matter interactions}

SOLEIL • Paris-Saclay
^{Photocatalytic reactors for X-ray spectroscopy}

SYMMES • Grenoble
^{Rapid scan EPR spectroscopy coupled to a laser for the study of light energy conversion phenomena}