Speaker
Description
A 10 TeV Muon Collider has been proposed as the next energy frontier machine, with expected physics prospects that far surpasses the current knowledge in a large variety of Standard Model measurements and Beyond Standard Model searches. Due to the short lifetime of muons, however, high-energy electrons that interact with shielding elements produce a large amount of beam-induced background (BIB). The detector design for such a collider has to be able to handle such a background preserving excellent performance for detecting the decay products of the muon-muon collisions.
In this contribution I will give a short overview of the main detector concepts considered so far and how they relate to key physics measurements that are part of the core physics program for such a collider.
