Sur les traces du cuivre-64 d’Arronax
Une à deux fois par mois, les équipes du GIP ARRONAX produisent du cuivre-64 à des fins de recherche médicale. Comment? Pour qui? Pour quoi? Vous le saurez en suivant (…)
Fatima uses algorithms to track cyclotron anomalies
During her PhD, starting in November 2023, Fatima Basbous, 24, will develop the machine learning algorithms needed to detect anomalies affecting the Arronax cyclotron, so as to optimize the accelerator (…)
Keerthana Kamalakannan’s work awarded at ARCEBS 2023
Keerthana Kamalakannan won the best talk award at the Fifth International Conference on Application of RadiotraCers and Energetic Beams in Sciences (ARCEBS-2023) held January 31-February 5 in Purulia, India. This (…)
Would you tell us about REPARE?
The ANR REPARE project members, among which several are part of the Arronax Nantes community, have designed a fact sheet and a poster to make people aware of the scientific (…)
Italian work at Arronax around the production of Scandium 47
In a partnership between the INFN-LNL and the GIP ARRONAX, Gaia Pupillo and Lucia de Dominicis are using the Arronax beam to determine the production cross section of Scandium 47. (…)
News from the European project ENSAR 2
Initiated in March 2016 to strengthen links and collaborations between scientists working on nuclear energy, ENSAR 2 ended in August 2021. GIP ARRONAX participated in the activities on radioisotopes for (…)
PRISMAP : building a European network for medical radionuclides
PRISMAP – The European medical radionuclides programme sets out to substantially change the European landscape for novel and emerging medical radionuclides. The GIP ARRONAX takes part of PRISMAP, the European (…)
A possible way to produce 67Cu for theranostic applications
Four researchers from the PRISMA team of the Subatech laboratory in collaboration with GIP ARRONAX have just published in Frontiers in Medicine, section Nuclear Medicine, the results of their work (…)
SMILES: combine laser ionization and mass separation to select isotopes
SMILES means Mass Separation Coupled with Laser Ionization for Environmental and Healthcare Applications (in French : Séparation en Masse couplée à l'Ionisation Laser pour des applications Environnementales et en Santé). (…)
Teddy Durand and the Arronax particle injector
Teddy Durand starts his thesis work at the beginning of October 2020 on the development of high intensity techniques in the injection of the Arronax cyclotron. Teddy Durand arrived at (…)