12–16 Sept 2005
Heidelberg
Europe/Zurich timezone
The workshop will cover all aspects of electronics for high rate particle colliders, underground and neutrino experiments, astrophysics and space applications. Emphasis will be placed on R&D for future experimentation including developments in deep sub-micron technologies. Please note that the Wednesday session will be a more interactive workshop session with both talks and discussion interspersed, so the agenda should be treated as a guide.
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Europe/Zurich
Heidelberg
Germany


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Additional Information

The purposes of the workshop are
  • to review electronics progress for the LHC experiments
  • to present results and original concepts for electronic research and development relevant to possible future upgrades of the LHC
  • to present innovative electronic developments for other particle, astroparticle and space physics experiments
  • to identify and encourage common efforts for the development of electronics within and between the different LHC experiments
  • to promote collaboration in the relevant engineering and physics communities

The conference programme includes invited plenary talks and parallel sessions for contributed papers, complemented by poster presentations. Several sessions of the conference will be dedicated to topical issues where impromptu contributions from participants are encouraged.

The main subjects of the workshop are recent research and developments in the following areas relevant to particle physics experiments:
  • Tracking, Calorimetry, Muon Detection and Triggering Systems;
  • Astrophysics and Space Applications;
  • Custom Analogue and Digital Circuits;
  • Circuit Developments in Deep Sub-micron Technologies;
  • Applications of Programmable Digital Logic and Embedded Processing;
  • Optoelectronic Data Transfer and Control;
  • Radiation and Magnetic Tolerant Components and Systems;
  • Electronics Assembly and Hybrid Packaging Technologies;
  • Production, Testing, Quality Assurance and Reliability;
  • Power Management and Conversion;
  • Grounding, Shielding and Cooling;
  • Data Acquisition and Detector Control Systems;
  • Relevant Systems Experience.