CENBG: Nuclear Studies Center of Bordeaux Gradignan
Domains
Health and wellbeing
Environenment
Energy
Technologies
Advanced and active materials
Technologies for nuclear energy
Focuses of research & scientific skills
ASTRO_NEUTRINO
- "exotic" nuclei in isospin (far from the beta stability valley) and rare radioactivity,
- Neutrino physics (nature and mass) and double beta decay,
- high energy gamma astronomy,
- study of innovative systems of nuclear power generation and transmutation of nuclear waste,
- study of nuclear excitations using lasers,
- study of the interactions of ionizing radiation and biology,
- theoretical study of the structure of nuclei and hadrons.
NUCLEAR
- Downstream of the cycle and Nuclear Energy
- Nuclear Excitations by Laser
- Nuclear excitations in plasmas
- Laser Accelerated Particle Beams
- Exotic nuclei
- 2-proton radioactivity
- Spectroscopy of nuclei rich in protons
- Super Allowed Fermi Transitions
- Nuclear structure and layer closures
- Theoretical physics
HEALTH AND ENVIRONMENT
- ICS - Chemical Imaging and Speciation
- Role of copper and zinc in the formation of synapses
- Neurotoxicology of manganese
- Neurotoxicology of uranium
- Iron and alpha-synuclein in dopamine neurons
- Cu and Zn in superoxide dismutase and amyotrophic lateral sclerosis
- Copper deficiency, superoxide dismutase proteinopathy and Parkinson's disease
- iRiBio
- Cellular micro-irradiation and cancer
- Chemical Microanalysis and Nanoparticles
- Micro-dosimetry and numerical simulations
- Radioactivity & Environment
Specific equipment, resources and techniques
- AIFIRA Platform: Interdisciplinary Applications of Ion Beams in the Aquitaine Region
- PIAGARA Platform: Interdisciplinary Platform for Analysis of Rare Gases in Aquitaine
- PRISNA Platform : Regional Interdisciplinary Platform for Nuclear Spectrometry in Aquitaine
Technology transfer center
- Arcane: Regional Workshop of Characterization by Elementary Nuclear Analysis
Contact
Célia MATEU
Chemistry/Materials Partnerships Business Manager
05 33 51 43 25
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Identifier
UMR 5797