Présidents de session
Present & Future GANIL Facilities
- Jean-Charles THOMAS (Grand Accélérateur National d'Ions Lourds)
Present & Future GANIL Facilities
- Adam Maj (IFJ PAN)
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BEATRIZ FERNANDEZ DOMINGUEZ (USC)24/09/2026 09:00
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Julien PIOT (GANIL)24/09/2026 09:25Invited Presentation (Only for invited speakers)
The in-depth study of superheavy elements and the proton dripline around ¹⁰⁰Sn are two major challenges in contemporary nuclear physics. Conducting detailed spectroscopic studies on these nuclei requires a significant improvement in detection capabilities.
The Super Separator Spectrometer S³, part of the SPIRAL2 facility at GANIL, aims to leverage the high-intensity stable beams provided by...
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Sarina Geldhof (GANIL)24/09/2026 09:50Invited Presentation (Only for invited speakers)
The SPIRAL2-LINAC at GANIL coupled with the Super Separator Spectrometer (
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) recoil separator will facilitate the production of neutron-deficient nuclei close to the proton dripline as well as super heavy nuclei via fusion-evaporation reactions, with an efficient separation from the intense background contamination [1]. At the focal plane of
, the Low Energy Branch (
-LEB) will enable... -
Dr Oleg Tarasov (FRIB / MSU)24/09/2026 10:15Invited Presentation (Only for invited speakers)
The Facility for Rare Isotope Beams provides new opportunities to extend the known nuclear landscape and investigate the production of nuclei far from stability. Recent experiments at FRIB have demonstrated the discovery potential of projectile fragmentation and related reaction mechanisms over a broad range of primary-beam masses.
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New isotopes have been produced and identified in experiments... -
Dr Emmanuel CLEMENT (GANIL)25/09/2026 09:00Invited Presentation (Only for invited speakers)
Building on the resounding success of the first campaign (2015–2021), this second experimental campaign further establishes AGATA as a leading gamma-ray tracking array using radioactive beams, delivering high-impact results in nuclear structure, astrophysics and dynamics.
During the first campaign, AGATA was coupled with VAMOS and other detectors, such as NEDA, DIAMANT, FATIMA, PARIS and...
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Pauline Ascher (LP2iB)25/09/2026 09:25
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muriel fallot (Université de Nantes)25/09/2026 09:50
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Dr Enrique Minaya Ramirez (IJCLab)25/09/2026 10:15Oral Presentation
A set of platforms is present in the Laboratory of the Physics of the two Infinities Irène Joliot-Curie (IJCLab) at Orsay, offering a large range of techniques with a high level of expertise. They support the scientific axes around the physics of the two infinities and they have a national and international impact in many scientific communities. Radioactive Ion Beams (RIBs) are currently...
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Dr Emmanuel CLEMENT (GANIL)Present & Future GANIL facilitiesInvited Presentation (Only for invited speakers)
Building on the resounding success of the first campaign (2015–2021), this second experimental campaign further establishes AGATA as a leading gamma-ray tracking array using radioactive beams, delivering high-impact results in nuclear structure, astrophysics and dynamics.
During the first campaign, AGATA was coupled with VAMOS and other detectors, such as NEDA, DIAMANT, FATIMA, PARIS and...
Aller à la page de la contribution