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Preprints
ARXIV PREPRINTS
2402.02072
Searching for singlet vector-like leptons via pair production at ILC
2401.13402
One-loop electroweak radiative corrections to polarized e+e−→ZZ process
2312.08152
Key4hep: Progress Report on Integrations
2312.08151
The Key4hep software stack: Beyond Future Higgs factories
2312.07347
Determination of CP-violating Higgs couplings with transversely-polarized beams at the ILC
2311.17220
Exploring the Electromagnetically Interacting Dark Matter at the International Linear Collider
2311.16774
Higgs self-coupling measurement at future e+e− colliders
2311.16768
Detecting the coupling of axion-like particles with fermions at the ILC
2311.13924
Search for the production of dark matter in the framework of Mono-Z′ portal at the ILC simulated electron-positron collisions at s√=500 GeV
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Author archive:
Marc Weber (KIT)
First linear collider power distribution and pulsing workshop
Marc Weber (KIT)
,
Georges Blanchot (CERN)
and
Roman Pöschl (CNRS/LAL)
|
16 June 2011
Lowering power consumption is a key issue for particle physicists to solve to design the next generation of collider experiments. Detectors will measure signals recorded in millions of readout channels. Last May, the ILC-CLIC common working group for detectors organised the first workshop on power pulsing and delivery at LAL in Orsay, France.
Category:
Feature
| Tagged:
CLIC
,
CNRS/LAL
,
detailed baseline design
,
detector R&D
,
ILC-CLIC
,
power pulsing
,
SLHC
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