“Anti-stress molecules are released”: In the Vosges, when the forest heals
Forest bathing to improve your health: this therapy, common in Japan, has proven effective. The molecules released into the air by trees are good for us. In Lorraine, a team…
Forest bathing to improve your health: this therapy, common in Japan, has proven effective. The molecules released into the air by trees are good for us. In Lorraine, a team…
Forest bathing to improve your health: this therapy, common in Japan, has proven effective. The molecules released into the air by trees are good for us. In Lorraine, a team…
Read the interview with Viktor Mandrolko, a former LEMTA doctoral student who defended his thesis in November 2025 and winner of the 2026 Thesis Prize from the University of Lorraine…
Led by the Lorraine Initiative of Excellence, the IMPACT DeNAMISE project (Development of Nuclear Energy through Advanced Multidisciplinary Innovation and Safety Engineering) aims to establish the University of Lorraine as…
The Communications Office is preparing the 2026 edition of the LRGP booklet featuring the theses and research work of young researchers. As in previous years, postdoctoral researchers and PhD students…
Contact: Hocine Menana: hocine.menana@univ-lorraine.fr Jean Lévêque: jean.leveque@univ-lorraine.fr Project Description High-temperature critical superconducting (HTSC) materials offer significant potential for application in electrical power systems, enabling, beyond a certain power threshold, significant…
This month, Véronique Satdler took the microphone to answer questions from Isabelle de Ligniville, Communications Officer for the Gay-Lussac Federation. In this episode of the Puits de Science podcast, she…
Check out Laetitia Canabady-Rochelle and Loïc Stefan in Camille Van Belle’s comic book “What Are You Working On?”, available for free online. At the initiative of Unys, illustrator Camille Van…
Spotlight on the ERC BIOSCOPE in the CNRS Engineering Newsletter No. 14 Without major technological advances, aviation—which currently accounts for about 2.5% of global CO₂ emissions—will see its emissions double…
Seeing water in liquid form at sub-zero temperatures may seem surprising, but this phenomenon is well known to scientists. Called supercooling, it was first observed as early as 1724 by…