Conveners
Session 6
- Nicolas Hubbard (GSI)
For a successful experiment with slowed down exotic beams at a fragmentation facility, certain common steps have to be followed including identification, separation and an accurate set of their energy to match the range into the detector to be used. At GSI, primary beams are accelerated to relativistic energies to impinge in a production target at the entrance of the Fragment Separator (FRS)...
Decay spectroscopy of the most exotic neutron-deficient nuclei can be effectively performed using a recoil separator coupled with a highly segmented silicon implantation detector positioned at its focal plane to study weakly produced products resulting from fusion-evaporation reactions. Sufficient pixelation enables the correlation of implantation events with their subsequent decay chains....
Decay spectroscopy experiments aim at a detailed study of the decay mechanisms in the most exotic nuclear species at reach at FAIR, with the measurements of decay half-lives, competing decay modes, and isomeric state identification. For the experimental program conducted by the DESPEC collaboration, nuclides isolated by the FRS are stopped in the AIDA active implanter which is based on Si...
Perovskite materials possess a unique crystal structure and show great promise in applications such as solar cells, LEDs, lasers, and photodetectors. Recently, they have gained attention as efficient X-ray detectors, particularly lead halide perovskites (HPs), which are known for their excellent luminescence, high mobility-lifetime product (μτ), and sensitivity to X-rays [1]. Their adjustable...
