Antoine Lemasson

collaborators

3 papers

cs.LG2026

Physics-Informed Self-Supervised Learning for Joint Wire Calibration and Interaction Position Reconstruction in Multi-Wire Parallel Plate Avalanche Counters

Antoine Lemasson, Maurycy Rejmund

Scientific instruments require accurate calibration to convert detector signals into reliable physical observables. Conventional calibration procedures typically rely on dedicated…

nucl-ex2026

Unbound states in $^{19}$ O(d,p $γ$ ) $^{20}$ O: tracing the $ν$ (d $_{3/2}$ ) orbital

Charlie James Paxman, Irene Zanon, Emmanuel Clément +10

The single-neutron transfer reaction $^{19}$ O(d,p $γ$ ) $^{20}$ O has been performed at GANIL, populating states up to and above the neutron separation energy. Bound states populated b…

nucl-ex2025

Direct proton transfer on $^{46}$ Ar supports the presence of a charge density bubble linked to a novel nuclear structure below $^{48}$ Ca

Daniele Brugnara, Andrea Gottardo, Marlene Assiè +76

The $^{46}$ Ar( $^{3}$ He,d) $^{47}$ K reaction was performed in inverse kinematics using a radioactive $^{46}$ Ar beam produced by the SPIRAL1 facility at GANIL and a cryogenic $^{3}$ He t…

Physics-Informed Self-Supervised Learning for Joint Wire Calibration and Interaction Position Reconstruction in Multi-Wire Parallel Plate Avalanche Counters

Unbound states in 19O(d,pγ)20O: tracing the ν(d3/2​) orbital

Direct proton transfer on 46Ar supports the presence of a charge density bubble linked to a novel nuclear structure below 48Ca

Unbound states in $^{19}$ O(d,p $γ$ ) $^{20}$ O: tracing the $ν$ (d $_{3/2}$ ) orbital

Direct proton transfer on $^{46}$ Ar supports the presence of a charge density bubble linked to a novel nuclear structure below $^{48}$ Ca