Double award recognition for the IMS Laboratory’s Bioelectronics research group at BioEM 2026
Bernard Veyret received the d’Arsonval Award, the most prestigious distinction from the BioEM Society This award recognizes Bernard’s outstanding achievement in research in bioelectromagnetics and practical application of electromagnetic fields for...
Diabetes is a major public health challenge, and understanding it largely depends on studying pancreatic islets, which play a central role in glucose homeostasis. In this context, microphysiological systems offer new experimental opportunities, but they...
Research spotlight: Advancing neuroengineering with Neuromorphic Twins
An innovative study published in Nature Communications, February 2026 (Vol. 17) highlights the remarkable potential of Neuromorphic Twins, which are digital real-time replicas of neural systems capable of emulating the brain’s adaptive and dynamic behavior,...
Research Spotlight: energy-efficient, learning-capable edge AI systems and highly frugal biomimetic neural networks
A ferroelectric–memristor memory for both training and inference An innovative study published in Nature Electronics, September 2025, introduces a unified memory stack that functions as a memristor and a ferroelectric capacitor. This on-chip learning...
IMS Researchers Honored at ANDOR2025 for Outstanding Open Science Contributions
Early December, the Assises Nationales des Données de la Recherche (ANDOR2025 – National Conference on Research Data) brought together, over two days, stakeholders from academia and industry to discuss the production, management, processing, dissemination,...
Bioelectromagnetics studies how electromagnetic fields affect biological systems, with thermal effects of RF fields well established but non-thermal effects still uncertain. With increasing exposure from wireless technologies, concerns have emerged about...
THESIS DEFENSE of Jérémy CHESLET - November 21, 2025
Large-scale brain recording is essential for understanding the dynamics of neural populations and for developing brain-machine interfaces (BMIs) for the rehabilitation of neurological disorders. However, a major limitation remains the difficulty of processing...
« The objective of the CORSICA project is to investigate the in-vitro effects on human skin and eyes of the co-exposure between 5G modulated – radiofrequency fields (RF) at 26 GHz (at absorbed Power Density levels up to 10 W/m²) and ultraviolet...
“The EMERGENCES project aims to advance the state-of-the-art in emerging physics-based models by collaboratively exploring various computational models using the properties of different physical devices. The project will focus on bio-inspired event-driven...
