DTS Fields of Interest POF IV

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Presentation transcript:

DTS Fields of Interest POF IV 2020-2016 C.J. Schmidt 28.11.2016

RESEARCH FIELD MATTER We‘ll be back in PoF IV !

High resolution, high intensity, extreme dynamic range gaseous detectors Tracks with Au beam GEM-TPC prototype

Si(Li)/Ge High Resolution Gamma and X-Ray Detectors High resolution Semiconductor Detectors for Sparc and NUSTAR  Establish a Si/Ge Semiconductor Laboratory at GSI enhanced by FZJ IKP laboratory  application e.g. Compton Polarimeter  technological need: cryogenic ASICs High resolution Ge detectors are essential for future gamma spectroscopy and imaging in NUSTAR as well as for X-ray imaging and polarimetry in SPARC.

Silicon Trackers: Monolythic Active Pixel Detectors CBM-STS upgrade preaparations ALPIDE/MIMOSA technologies

Timing Detectors and Related Electronics Diamond Detectors – push towards large areas add corresponding electronics TDC developments: towards ps resolution HADES Start Detector 15 x 15 mm2 Highly granular diamond detectors for rad-hard timing

Si detectors for the heavy-ion TOF measurements Super-FRS TOF beam diagnostics Ion rate up to 5*104 s-1 per cm2 TOF resolution – 30-50 ps Detector setups in vacuum Si TOF detectors through waveform analysis 13ps resolution feasible Synergy with EXPERT/Super-FRS project O. Kiselev et al., GSI Scientific Report 2012, PHW-ENNA-EXP-42, p.172 C. Nociforo, JINST 9 (2014) C01022

ASIC Detector Front-End Design & Integration multi-channel pre-amps monolithic pixel detectors mixed signal designs hybrid technologies

Cryogenic Detectors Micro Calorimeters cryogenic detectors and low temperature readout ASICs highly granular cryogenic detector arrays and their readout Beam Diagnostics: Non-Destructive In-Ring Particle Detection Single particle sensitivity (Schottky) absolut current values (Cryogenic Current Comparators) using dc-SQUIDs (device, cryostat, magn. shielding, electronics)

Radiation Hard Scintillating as well as Cherenkov Detectors through active materials in the liquid phase Solid Scintillators cannot cope with future radiation levels Radiation Scintillators to turn opaque and blind

3D-Printed Detectors Modern Materials, Modern 3D Structuring Technologies (GSI proposal for distributed detector lab) 3D-Printing-oriented Engineering ultra lightweight structures combined functionality modern power management Complex metallic capillary cooling structures Integration of optical and conductive data interconnect RF carpets to stop relativistic fragment ions Stopping power ~ Structure3