Conveners
Overview Lectures: I
- Paul Schütze (Deutsches Elektronen-Synchrotron (DE))
Overview Lectures: II
- Jan-Hendrik Arling (Deutsches Elektronen-Synchrotron (DESY))
Overview Lectures: III
- Anastasiia Velyka
Overview Lectures: IV
- Federica Oliva (The University of Edinburgh (GB))
Several proposals for future e+e- colliders are currently under study, such as CLIC, ILC, FCC-ee or CEPC. The physics goals and experimental conditions at these 'Higgs Factories' pose challenging demands on the performance of the detector systems. For the silicon-based vertex and tracking layers, a single-plane spatial resolution of a few microns is needed, combined with very thin sensors...
Silicon tracking detectors are very large and complex system - and each of the are unique. In the history of these detectors many different geometries and designs were built. However, some steps are always the same during the development and construction of the detector.
In this presentation the way from the bare sensor to a full detector will be described including an overview of most...
The reconstruction of charged particle trajectories (often referred to as "tracking") is a critical aspect in many physics experiments and test beds. In this lecture, the key underlying concepts of tracking will be introduced, as well as common algorithmic approaches to the task, the considerations for detector design when optimising tracking performance, and dealing with experimental...
