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Structure and reactions of light and medium mass nuclei with the Gamow Shell Model with Coupled Channels
GANIL : Nuclear physicsCaen Normandie Physique, Sciences de l’Ingénieur, Matériaux, Énergie (PSIME) SaclayThis project investigates the structure and reactions of exotic atomic nuclei near the limits of stability, where nuclei may be weakly bound or unbound. Recent advances in radioactive-ion-beam… -
Investigating alpha-clustering in neutron-rich Oxygen isotopes
GANIL : Particle physicsCaen Normandie Physique, Sciences de l’Ingénieur, Matériaux, Énergie (PSIME) SaclayThis thesis aims to investigate the formation of alpha particles as a function of the neutron abundance of oxygen isotopes and their influence on nuclear structure. An experiment at GANIL will… -
Experimental Study of the 4He 02+ Resonance through Multichannel Decay Using the ACTAR TPC
GANIL : Particle physicsCaen Normandie Physique, Sciences de l’Ingénieur, Matériaux, Énergie (PSIME) SaclayThis thesis aims to conduct an experimental study of an unstable excited state of the helium-4 nucleus, in order to gain a better understanding of its structure and decay modes. Using a specialised… -
Development of a helium-based stopping cell for laser spectroscopy experiments at S3
GANIL : Particle physicsCaen Normandie Physique, Sciences de l’Ingénieur, Matériaux, Énergie (PSIME) SaclayThis thesis aims to develop a new laser spectroscopy technique to study the atomic and nuclear properties of superheavy elements. It focuses primarily on the design of an experimental instrument and… -
Towards Intelligent VAMOS++: Physics-Informed AI for Adaptive and Reproducible Nuclear Instrumentation
GANIL : Nuclear physicsCaen Normandie Physique, Sciences de l’Ingénieur, Matériaux, Énergie (PSIME) SaclayRecent developments at GANIL have demonstrated the opportunities opened by AI methods for trajectory reconstruction, particle identification and self-supervised detector calibration in the VAMOS++… -
Machine Learning-Based 3D Dose Reconstruction from Limited Scintillation Projections for Proton Therapy Dosimetry
GANIL : Medical imagingCaen Normandie Physique, Sciences de l’Ingénieur, Matériaux, Énergie (PSIME) SaclayRadiotherapy is an important modality in treatment cancer. In this domain, proton beams have ballistic superiority against photon beams. Among the existing delivery techniques, pencilbeam scanning… -
PIPERADE: Offline commissioning and first online experiments at DESIR
GANIL : Particle physicsBordeaux Ecole Doctorale des Sciences Physiques et de l’Ingénieur SaclayPIPERADE (PIèges de PEnning pour les RAdionucléides à DESIR) is a double Penning trap being developed in Bordeaux, which will be installed at the DESIR facility at GANIL. This instrument has two…