5–7 Oct 2022
DESY Hamburg
Europe/Berlin timezone

ARC - a novel RICH detector for a future e+e- collider

6 Oct 2022, 16:00
18m
CSSB Auditorium (DESY Hamburg)

CSSB Auditorium

DESY Hamburg

Parallel session talk WG3 - Detector R&D WG 3: R&D

Speaker

Martin Tat (University of Oxford)

Description

Particle identification is a highly desirable attribute of an experiment at a future e+e- collider. For example, high luminosity operation at the Z pole will provide opportunities for precise flavour-physics measurements, for which hadron identification is mandatory. The ability to tag the quark flavour of jets, for instance from Higgs decays, will also be greatly enhanced by high quality hadron identification. The Aerogel RICH Cellular (ARC) detector is a novel RICH system consisting of a dual aerogel-gas radiator system that would provide hadron identification over the required momentum range. Crucially, the ARC is a compact and low-mass detector that can be conveniently integrated into the layout of many of the experiment designs that are being considered for FCC-ee and the ILC. The current status of the ARC design will be presented, and its expected physics performance will be discussed.

Primary authors

Guy Wilkinson (University of Oxford (GB)) Martin Tat (University of Oxford) Roger Forty (CERN)

Presentation materials