UMR 7504
Institut de physique et de chimie des Matériaux de Strasbourg
Created in 1987 from the synergy of five research units in the physics and chemistry of condensed matter, the Institute of Physics and Chemistry of Materials of Strasbourg (IPCMS), UMR 7504 CNRS - University of Strasbourg, is today a center of research of national and international importance in the field of nanomaterials and nanosciences.
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Joint Laboratory : MOLIERE
05 July 2021Lancement du Laboratoire commun de recherche MOLIERE
Nouveaux matériaux hybrides auto-organisés pour la conversion photovoltaïque
10 June 2021Les cellules photovoltaïques, constituants des panneaux solaires, et plus généralement tous les composants optoélectroniques qui fonctionnent avec la lumière, contiennent des semiconducteurs qui assurent la circulation des charges au sein du matériau. Optimiser le transport de ces charges est essentiel pour les performances de ces dispositifs.…
Safety instructions – COVID-19
10 June 2021Conduite à tenir et bonnes pratiques pendant la situation sanitaire liée à la Covid-19
Understanding energy transfers during photosynthesis
02 June 2021Using three pigments manipulated by tunneling microscopy, researchers are studying energy transfers between molecules by mimicking photosynthesis in plants....
Le taux d’expansion de l’Univers toujours en questionnement
02 June 2021Interview de Giovanni Manfredi (Directeur de Recherche, CNRS - IPCMS)réalisée pour le site « L’actualité de la Recherche » de l’UNISTRA
A new generation of nanocrystals photodetector pushes the boundaries of infrared devices
04 May 2021While quantum nanomaterials appear as promising building blocks for next generation of electronics and optoelectronics devices, their performances are often limited by their conduction properties. Nanocrystals for instance demonstrate now very mature optical properties, and are seducing systems for low-cost optoelectronics, especially for infrared...
Next events
See the agenda09 September 2021
Seminar DCMI : Pablo ROSEIRO
"Generation and Versatility of Organic Radicals: singlet fission and valence tautomerism"