Inge Diehl
(DESY), Mr
Pradeep Kalavakuru
(DESY)
10/01/2018, 11:00
The idea is to perform the digitization close to where the sensitive signal is generated. Digital signals provide large margins in time and amplitude, making them robust. This approach is implemented in two readout ASICs for fast imagers. DSSC for single photon counting is using an in-pixel 8-bit ADC, and dSiPM for particle tracking benefits from the digital form of the sensor signal after...
Dr
Correa Jonathan
(DESY)
10/01/2018, 11:02
The larger peak brilliances of new sources and the need of single photon
sensitivity, require detectors with high dynamic ranges. FLASH is driven
the research on the Water Window (238 to 535 eV). At this energy range,
attenuation length of photons in Si/SiO2 is ~ 1 um. The entrance window
needs to be minimised. Innovative solutions for these two challenges
have been successfully put...
Dr
Aschkan Allahgholi
(DESY),
Torsten Laurus
(Desy)
10/01/2018, 11:04
Ms
Anastasiia Velyka
(DESY), Dr
Hendrik Jansen
(DESY)
10/01/2018, 11:06
Mr
Paul Malek
(DESY), Mr
Uwe Krämer
(DESY)
10/01/2018, 11:08
Time Projection Chambers (TPC) have been part of particle physics since the 1970s. Good tracking, excellent pattern recognition and particle identification make them still attractive for future experiments as the International Linear Collider. As a result, research at DESY focuses on a large, high precision TPC with a material budget of 5% X0, capable of reaching a 100 μm single point...
Dr
Jan Dreyling-Eschweiler
(DESY), Mr
Paul Schuetze
(CMS)
10/01/2018, 11:10
The DESY II Test Beam Facility is operating three independent beam lines providing electrons with a momentum ranging from 1-6 GeV/c. The facility is open for the world-wide R&D community and its infrastructure meets many needs for detector development, characterization or commissioning. Many important results have proven that the facility will be crucial for future detectors in high energy...
