TWEPP 2024 Topical Workshop on Electronics for Particle Physics

Session

Invited

1 Oct 2024, 10:30

Grosvenor hotel

Conveners

Invited

• Ken Wyllie (CERN)

Invited

• Alex Kluge (CERN)

Invited

• Francois Vasey (CERN)

Invited

• Angelo Rivetti (INFN - National Institute for Nuclear Physics)

Invited

• Francois Vasey (CERN)

186. Quantum Technology for Sensing and Timing Applications

Prof. Douglas Paul (University of Glasgow)

01/10/2024, 10:30

The UK was the first to have a National Quantum Technology Programme with the aim of building practical systems that use quantum superposition, entanglement or squeezing to produce new sensors and clocks with improved accuracy over present commercial systems. Many other countries have followed with their own quantum technology programmes either to build quantum computers or to develop quantum...

187. Future collider concepts to reach the high energy frontier

Edda Gschwendtner (CERN)

01/10/2024, 15:30

Abstract

In particle physics accelerators remain the key tools for understanding the building blocks of matter and the origin of the universe.
Exploring collisions at even higher energy will enable the investigation of yet smaller and more intricate features. Many feasibility studies for new accelerators reaching the energy frontier are currently under way. These accelerators include both...

188. In the 70 years of CERN, how has particle physics electronics evolved?

Geoff Hall

02/10/2024, 10:30

Abstract
Since CERN was founded, there have been significant changes in detector technologies which in turn have necessitated big changes in the readout and data acquisition electronics. Many of them have taken place since about 1990 during the preparations for LHC, profiting especially from the commercial impetus driving the rapid growth of consumer electronics. As a non-historian, and not...

189. Redefining electronic boundaries with 3D integration and advanced packaging

Perceval COUDRAIN (CEA/LETI)

03/10/2024, 10:30

Driven by advancements in manufacturing technologies, microelectronics has evolved significantly beyond Moore's Law, now embracing "More than Moore".
This shift emphasizes heterogeneous integration and innovative packaging schemes to overcome challenges like interconnect bottlenecks.
3D integration has emerged as a crucial approach, combining miniaturization benefits with new flexibility in...

190. An outlook to the development of cryogenic CMOS electronics for particle physics

Manuel Rolo (Universita e INFN Torino (IT))

03/10/2024, 15:30

The growing interest on the use of CMOS circuitry for quantum computing and sensing is increasing the momentum of the R&D on cryogenic CMOS, unmistakably demonstrated by an almost tenfold increase on the number of related yearly publications since 2017, and creating new collaborative efforts between academia and industry partners on the optimisation of semiconductor technology and CMOS...