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Preprints

ARXIV

2411.09418

Simulation of the process e+e−→W+W− with the heavy right-handed neutrino exchange at 1 TeV future lepton colliders
2411.08143

Investigating vector-like leptons decaying into an electron and missing transverse energy in e+ e− collisions with s√=500 GeV at the ILC
2411.01507

Higgs Self-coupling Strategy at Linear e+e− Colliders
2411.00872

Exploring vector dark matter via effective interactions
2410.18198

Lepton Collider as a window to Reheating: II
2410.17605

New Physics Off the Z-Pole: e+e−→ff¯ at Future Lepton Colliders
2410.14622

τ˜ searches at future e+e− colliders
2410.11322

Application of Particle Transformer to quark flavor tagging in the ILC project
2408.13952

Associated charged Higgs production within the 2HDM: e−e+ versus μ−μ+ colliders
2407.12111

Search for dark matter in the framework of Einstein-Cartan gravity at the International Linear Collider (ILC)

Author archive: Georges Blanchot (CERN)

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