Building 360, Room A224 (Argonne National Laboratory)
Building 360, Room A224
Argonne National Laboratory
Description
The focus of the Max Planck Society Semiconductor Laboratory is the development of commercially not available silicon sensors for different scientific projects. The sensor technology of the Lab is specially adapted to the requirements of semiconductor radiation detectors providing the ability to build wafer size defect free double sided detectors on the ultrapure silicon. Device types that have been developed at the lab include pnCCDs, DEPFETs and SiPMs. Developments for high energy particle physics (BELLE II), Astrophysics (eROSITA, BepiColombo and ATHENA), Astroparticle Physics (CTA) and synchrotron beamline instrumentation (LCLS, XFEL) are planned.
Slides
13:00
→
14:00
Detector Developments at MPI-HLL1h
Speakers:
Jelena Ninkovic, Ladislav Andricek
(Max-Planck-Society)
Slides
14:00
→
14:30
Novel 2D Electronics Studies30m
Speaker:
DrSudeep Das
(ANL)
Slides
14:30
→
14:45
Break
15m
Building 360, Room A224
Building 360, Room A224
Argonne National Laboratory
14:45
→
15:15
Transition Edge Sensor Development30m
Speaker:
Clarence Chang
(Argonne National Laboratory)
Slides
15:15
→
15:45
X-Ray Detector Development at Argonne30m
Speakers:
Antonino Miceli
(Argonne National Laboratory), Robert Bradford
(Argonne National Laboratory)
Slides
Video
15:45
→
16:15
An X-ray Scientist’s View of the Detector Needs30m