Category: Accordion Sensing And Metrology
-
Quantum-Dot-Based Scintillators
Quantum-Dot-Based Scintillators There is a large demand today for ultrafast timing detectors, and in particular for scintillator-based detectors. Particle physics experiments running at future accelerator facilities count on such fast-timing detectors to cope with the high event pileup due to the increase in luminosity and to enable particle identification capabilities. TOF techniques and event tagging
-
Control Systems for Quantum Optics
Control Systems for Quantum Optics The second project (which began at the end of 2020) is porting experiment control systems currently being developed in the field of quantum optics to experimental investigations of possible symmetry violations in neutral atomic systems containing antimatter: antihydrogen, antiprotonic atoms and positronium. The first two systems are only available at
-
Graphene-Based Functional Structures and Nanostructures
Graphene-Based Functional Structures and Nanostructures The first project, which will shortly begin, investigates Graphene-based functional structures and nanostructures for novel gaseous detectors. The unique properties of two-dimensional materials such as graphene as well as carbon-based nanostructures including nanotubes, nanowires and quantum dots offer exciting possibilities for next-generation detector systems including wide-band photosensors. In the field