Pierre Guichard : Poster Presentation Award

We are delighted to announce that Pierre Guichard, PhD Student (DON/Q-Dyno) won the Poster Presentation Award at ECAMP15 in Innsbruck for his poster entitled :

Hydrogen atom diffraction through free-standing single-layer graphene

Hilaire MBA : Best Poster at the 19th Sfμ Colloquium

At the 19ème Colloque de la Société Française des Microscopies (Sfμ), which took place from 30 June 2025 to 04 July 2025 in Toulouse, Hilaire MBA, PhD student at DSI, won the prize for Best Poster – Matter Science section, out of nearly 60 posters presented in this category.

His poster focused on: Time-resolved electron microscopy using electron pulses to study photocommutator nanomaterials.

This prize marks the outcome of a three-year thesis at the IPCMS, under the supervision of Prof. Florian Banhart and Dr. Matthieu Picher.

Winners of the ‘Tremplin@Physique 2025’ call for projects

Alexie BOYER, Researcher at DON and Paul NOËL, Researcher at DMONS are among the winners of the Tremplin@Physique 2025 call for projects.

An amount of up to €25k per project is allocated. By 2025, this budget will be able to finance equipment, operating costs and missions to set up collaborations with other research laboratories in France and abroad.

https://www.inp.cnrs.fr/fr/cnrsinfo/decouvrez-les-laureats-des-appels-projets-tremplinphysique-et-emergencephysique-2025

Alexie’s project is entitled : “Développement d’une ligne de lumière monochromatique XUV (eXtreme UltraViolet)

Paul’s project is entitled : “THz emission and detection in materials with inversion symmetry breaking

Nicolas Del Giudice: winner of the I-PhD prize

The i-PhD competition aims to attract doctoral students and young PhDs to the creation of start-ups, and to support the best research work.

Congratulations to Nicolas! Winner in the Materials, Mechanics and Industrial Processes theme with the Lumensium project, led by Laurent Douce, one of 177 winning projects.

This project involves the development of a new crystalline material capable of detecting and discriminating between Neutron and Gamma-type ionizing radiation, whatever its energy. In addition to being more efficient than its competitors, this new material offers an alternative to current detectors based on the use of lithium-6 and helium-3, two atomic isotopes whose supply is difficult and controlled due to their scarcity. This material is also much more environmentally friendly: it is non-toxic, non-flammable, can be recycled and its synthesis follows the principles of green chemistry

➕ Find out more about all the winning projects here
👉 Lauréats I-PhD : https://lnkd.in/eHxfUwZd
👉 Lauréats i-Lab : https://lnkd.in/e6pDVSQX
👉 Lauréats i-Nov Vague 11 : https://lnkd.in/ei3P_A65
👉 Lauréats i-Nov Vague 12 : https://lnkd.in/e2KHFTPq