TWEPP 2025 Topical Workshop on Electronics for Particle Physics

Session

Invited

7 Oct 2025, 10:30

Rethymno, Crete, Greece

Conveners

Invited

• There are no conveners in this block

Invited

• Alex Kluge (CERN)

Invited

• Alex Kluge (CERN)

Invited

• Francois Vasey (CERN)

Invited

• E. D. Kyriakis-Bitzaros

214. From detector design to physics insights: how instrumentation shapes particle physics measurements

Fabrizio Grosa (CERN)

07/10/2025, 10:30

In recent decades, instrumentation for high-energy particle and nuclear physics has advanced dramatically, enabling the detection of rare signals with unprecedented precision and leading to numerous discoveries and high-accuracy measurements. To meet the stringent requirements of modern physics experiments, particle detectors must achieve exceptional spatial, momentum, and time...

215. Eyes on the Beam: Instrumentation for Measuring and Monitoring CERN’s Accelerators

Andrea Boccardi (CERN)

07/10/2025, 16:50

The success of CERN experiments depends on stable, high-quality beams, which require precise monitoring and control. In this talk, we will explore key beam parameters, the detectors and technologies that enable their measurement, and examples of the performance achieved across CERN’s accelerators. We will also discuss the challenges faced by the electronics and the additional demands posed by...

216. Accelerator Technology Innovation for particle therapy

Dr Claus Schmitzer (EBG MedAustron)

08/10/2025, 10:30

A short introduction of the "MedAustron Cancer Treatment and Research Center" and the medical application of ion beams in radio therapy including a description of the MedAustron accelerator and instrumentation setup, based on the CERN PIMMS study, and its operation mode.
The talk will be concluded with an overview of research activities and technical developments to improve treatment...

217. Readout Electronics System for the CEPC Reference Detector

Wei Wei

09/10/2025, 10:30

Abstract
The framework of the readout electronics system for the CEPC reference detector has been designed based on background simulations and the baseline design of sub-detectors. To maximize the possibility of new physics exploration, an architecture of front-end triggerless readout with a full back-end trigger has been chosen as the baseline. The detector front-end electronics will be...

218. Designing ASICs for HEP Experiments: Turning painful mistakes into practical guidelines for future ASICs in HEP

Davide Ceresa (CERN)

09/10/2025, 16:50

ASICs are now indispensable in High-Energy Physics, powering everything from ultra-low-noise front ends to high-speed data aggregation under extreme radiation. But designing them for detectors is nothing like commercial chip development: every project is unique, resources are thin, and mistakes often surface only after tapeout or production.

This talk looks at the pitfalls we’ve...