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Preprints
ARXIV
2512.13022
Measurement of Position Resolutions of L-band Cavity Beam Position Monitors
2511.01007
Prospects for Measuring the Higgs Boson Decay to WW∗ in Fully Hadronic Final States at the ILC Using Multivariate Techniques
2508.18496
Searching for the Leptophilic Gauge Boson Zl at Future e+e− Colliders
2508.13527
Complementarity between gravitational wave signatures and Higgs precision measurements of a classically conformal hidden U(1) extended Standard Model
2507.08678
Search for a Dark Gauge Boson Within Einstein-Cartan Theory at the ILC Using Multivariate Analysis
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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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