
CERN's Future Large Hadron Collider and Scientific Prospects
Content type: Calendar


Laura Michel – MAK’IT Great Again
Content type: Portrait
A political scientist at the University of Montpellier (UM), Laura Michel has been coordinating a research group focused entirely on the social sciences and humanities and dedicated to public transition policies since 2024. This role led to her appointment as director of the Mak’it program, Montpellier’s institute for advanced studies specializing in transition.


World premiere: Launch of a translational center of excellence in Montpellier dedicated to innovation in the fight against inflammatory and autoimmune diseases
Content type: Press release
Published on: October 15 , 2025
This Thursday, October 15, 2025, in Montpellier, the IHU Immun4Cure, the University Hospital, the University of…


Offshore energy platforms: the new challenge for inspection robotics
Content type: Calendar

The AAP TALENTS – PTL CARLA and CHIMENE from the Chemistry Division
Content type: Call for proposals
Published on: September 10 , 2025
The CARLA and CHIMENE PTLs of the Chemistry Research Cluster are launching the second edition of the call for proposals…

When Rabelais Meets Balard
Content type: Calendar

The AAP – “NEXT” and “CHEM-IA” Master’s Internship Scholarships from the Chemistry Cluster
Content type: Call for proposals
Published on: May 16 , 2025
The Chemistry Research Cluster is launching calls for proposals for NEXT 2026 and CHEM-IA 2026 for the…

ERC Horizons: Pushing the Boundaries of Research
Content type: Article
Published on: April 30 , 2025
Between 2014 and 2021, mathematician Jean-Pierre Bourguignon served as head for seven…

MIPS Week
Content type: Calendar

How can we transform our societies to live in harmony with nature?
Content type: Brief
Published on: April 24 , 2025
On Monday, April 7, 2025, a half-day session was held to present the findings of the IPBES assessment…

MIPS Lecture No. 5 – Entropy at Infinity in Chaotic Dynamics
Content type: Calendar

Balard Chemistry Analysis and Characterization Platform (PAC Chimie Balard)
Content type: Page
The UAR PAC Chimie Balard Montpellier offers a unique suite of equipment for the analysis and physicochemical characterization of materials and biomolecules (analysis of solutions, solids, and surfaces; determination of structural, textural, and thermodynamic properties). The PAC Montpellier aims to address multidisciplinary analytical challenges, primarily in the fields of chemistry and at the interfaces of biology-health, agronomy-ecology, and materials-environment. The Analysis and Characterization Platform offers exceptional capabilities for measurements in X-ray diffraction, electron microscopy, NMR spectroscopy, IR–Raman spectroscopy, Mössbauer spectroscopy, SQUID magnetometry, RPE spectroscopy, XPS, mass spectrometry, textural and particle size analysis, chemical analysis (elemental analysis, AAS, ICP-MS, X-ray fluorescence), calorimetric and thermal analysis, and dielectric spectroscopy. The various services are organized around centers of expertise staffed by technical personnel dedicated to these instruments, in constant collaboration with researchers and Professors in the field. The Analysis and Characterization Platform of the Balard Chemistry Cluster is open to the entire academic scientific community and the industrial sector (large corporations, SMEs, startups). Access to services is provided through service contracts, collaborations, or partnerships, including: analytical services performed by PAC staff, research and development projects, methodological and instrumental developments, theoretical and practical training. Label: Support and Research Unit Research UAR)Main Affiliations: UM - CNRS - ENSCMResearch Cluster: Chemistry Cluster

Host-Vector-Parasite-Environment Interactions in Neglected Tropical Diseases Caused by Trypanosomatids (INTERTRYP)
Content type: Page
The InterTryp Joint Research Unit is developing a "One Health" approach within the broader context of eliminating these neglected tropical diseases. It conducts research at various scales—genetic, molecular, individual, local, national, and regional—to better understand the pathogenic system and assess the associated risks. In the longer term, it studies the mechanisms of co-evolution between parasites, vectors, and symbionts, and mammalian hosts (animals and humans) in relation to environmental changes. It proposes prevention and control methods tailored to the constraints of developing countries: context-appropriate surveillance tools, new therapeutic molecules, vector control, and vaccine research. Notably, it developed the first vaccine against canine leishmaniasis. Label: Joint Research Unit Research UMR)Primary affiliations: CIRAD - IRDSecondary affiliation: UMResearch cluster: Biology-Health Cluster (BS)Doctoral schools: CBS2: Chemical and Biological Sciences for Health - GAIA: Biodiversity, Agriculture, Food, Environment, Earth, Water Website