Colloque GANIL 2026

Session

Interdisciplinary Research / Applications

23 sept. 2026, 09:00

Présidents de session

Interdisciplinary Research / Applications

• emmanuel TOURON (CEA/DRF/IRFU/GANIL - Directeur Adjoint GANIL)

81. Accelerate the energy transition

Héloise GOUTTE (GANIL)

23/09/2026 09:00

Invited Presentation (Only for invited speakers)

The time to ramp up our already substantial efforts to transition our energy systems to low-carbon energy sources is now. The growing climate emergency and recent energy crisis have removed any remaining doubt. The CEA’s integrated vision for energy underlines the importance of a low-carbon energy mix, combining nuclear and renewable energies. Research and development in these areas are...

82. How to counteract radioresistance in poor-prognosis cancers:high-LET particles in the treatment of chondrosarcoma, in vitro researches at GANIL

Francois Chevalier (CEA)

23/09/2026 09:25

Chondrosarcoma is a rare malignant bone tumor characterized by marked radioresistance, frequent hypoxia and enrichment in cancer stem cell populations, which together contribute to poor therapeutic outcomes. This work investigated whether hadrontherapy and PARP inhibition could overcome these resistance mechanisms by comparing the biological responses to X-rays, protons and carbon ions in...

24. Advancing Nuclear Data for Next-Generation Reactors: (n, xn γ) Cross Section Measurements at NFS

Dr Greg Henning (IPHC)

23/09/2026 09:50

Oral Presentation

The "Nuclear Data for Reactors" (DNR) group at the Institut Pluridisciplinaire Hubert Curien (IPHC, CNRS/University of Strasbourg) leads experimental research to characterize inelastic neutron scattering and (n, xn) reaction cross sections. These data are essential for the design and safety of advanced nuclear reactors, as they influence neutron energy distribution, material activation, and...

62. Neutron-Induced Light-Ion Emission Studies at GANIL-NFS with the Medley Setup

Lucas De Arruda Serra Filho (GANIL / Uppsala University)

23/09/2026 10:10

Oral Presentation

The emission of light-ion (p, d, t, He3, α) in a neutron-induced reaction can be described by different mechanisms, whose relative contribution evolves with the energy available in the system. While the compound nucleus formation dominates at lower energies, following the thermalization of excited states, a continuous, smooth process progressively emerges when moving towards intermediate...