by R. Ballabriga, M. Campbell and D. Gascón on behalf of the FastIC-FastICpix collaboration between CERN and ICCUB
Ongoing developments within the microelectronics section of the Electronics Systems for the Experiments group (ESE-ME) pave the way for more precise time tagging in particle physics and beyond.
The CERN-HEP IC design Platform and Services (CHIPS) presented a five-year plan to meet the challenges of present and future CMOS designs for HEP experiments and provide support to the community.
Reflecting on the boundaries between the analog and digital world and how new machine-learning techniques could affect the design of detectors for future experiments.
The workshop on medical applications of spectroscopic X-ray detectors (specXray) brings together specialists in the field from physics, medical research and industry meet to exchange experience and knowledge.
An ongoing R&D programme aims to tackle the challenges of tracking and identifying new particles with the CMS detector in the challenging environment of HL-LHC.
Advancements in microelectronics have been instrumental in the success of the LHC experiments while future energy and intensity frontier colliders pose certain challenges and call for further developments.
Ongoing developments within the microelectronics section of the Electronics Systems for the Experiments group (ESE-ME) pave the way for more precise time tagging in particle physics and beyond. 
The CERN-HEP IC design Platform and Services (CHIPS) presented a five-year plan to meet the challenges of present and future CMOS designs for HEP experiments and provide support to the community.
Reflecting on the boundaries between the analog and digital world and how new machine-learning techniques could affect the design of detectors for future experiments. 
Silicon Photonics seems to be a quite promising candidate for use in optical links in future HEP experiments.
The workshop on medical applications of spectroscopic X-ray detectors (specXray) brings together specialists in the field from physics, medical research and industry meet to exchange experience and knowledge. 
New electronic developments for particle physics were discussed at the TWEPP-18 Workshop.
An ongoing R&D programme aims to tackle the challenges of tracking and identifying new particles with the CMS detector in the challenging environment of HL-LHC. 
Advancements in microelectronics have been instrumental in the success of the LHC experiments while future energy and intensity frontier colliders pose certain challenges and call for further developments.