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ARXIV
2506.01554
Searching for charged Higgs bosons via e+e−→H±W∓S at the ILC
2506.00353
ILC250 Cost Update — 2024
2505.11653
Probing Lepton Flavor Violation at Linear Electron-Positron Colliders
2505.11292
Status of the International Linear Collider
2505.02947
Large One-Loop Effects of BSM Triple Higgs Couplings on Double Higgs Production at e+e− Colliders
2504.12431
Searching for the LFV γγeμ interaction at e−e+ colliders
2503.19983
A Linear Collider Vision for the Future of Particle Physics
2503.19880
HALHF: a hybrid, asymmetric, linear Higgs factory using plasma- and RF-based acceleration
2502.03555
The T-SDHCAL Hadronic Calorimeter for a Future Higgs factory
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Author archive:
Cool sensors: new silicon detectors have their fridges built in
Marcel Vos (researcher at IFIC Valencia and member of the DEPFET collaboration)
|
12 May 2016
Silicon-based devices for the detection of charged particles form the core of every modern collider experiment. As position-sensitive devices get thinner and thinner, supports and services must be more and more integrated into the sensor itself. IFIC Valencia, HLL-MPG Munich and Bonn University show the viability and cooling performance of a process that integrates the cooling channels in the active silicon sensor.
Category:
Feature
| Tagged:
AIDA2020
,
DEPFET
,
detector R&D
,
IFIC
,
MPG-HLL
,
University of Bonn
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