Speaker
Description
The completion of LHC Run~3 marks a natural milestone to assess the
state of the art in beam diagnostics across the CERN accelerator
complex and to define the instrumentation developments ahead. This
contribution presents an updated R\&D roadmap for the CERN Beam
Instrumentation group, built from a concise review of the current
diagnostics portfolio, known operational limitations requiring upgrade
or redesign, and needs collected from future accelerator
studies. Key R\&D lines include next-generation electromagnetic
pick-ups and monitors, non-invasive transverse and longitudinal beam
profiling, and novel interceptive diagnostics based on low-density
materials. A challenge shared by many of these developments is the need
for detector and readout technologies that perform reliably in
radiation environments, as illustrated by the requirements on beam
imaging systems, driving work on radiation-tolerant detectors,
front-end architectures, and high-dynamic-range, fast DAQ systems. The
roadmap also considers the growing role of automation, AI-assisted
analysis and ML techniques,
and is positioned against the CERN timeline for full exploitation of
the accelerator complex and for the feasibility of next-generation
facilities such as the Future Circular Collider (FCC).
| I have read and accept the Privacy Policy Statement | Yes |
|---|---|
| Paper submission software | LATeX |