PRISMA Detector Lab

The PRISMA Detector Lab promotes the collaboration and facilitates the exchange of experiences and technologies within PRISMA. It consists of laboratories and workplaces, where scientists with different expertise and students share a common environment and infrastructure. As part of the collaborative development, the Detector Lab offers access to its own specialized laboratories, high-quality equipment and design software. For the test and characterization of detectors and electronics, also the electron and photon beams at MAMI and the irradiation facility at TRIGA are available.

In order to support the experimental activities in the research areas, the Detector Lab is organized in three branches:

Electronics
including the design of high-speed boards for fast data analysis and digitization, analog signal-processing circuits, low-noise and low-power systems, trigger-less architectures and radiation hard electronics. 
Photosensors
featuring single photon sensitivity, a high detection efficiency, a large active area and/or high granularity, e.g. for the usage in calorimeters, Cherenkov detectors and astroparticle physics experiments. 
Tracking Detectors and TPC  Tracking Detectors and Time Projection Chambers (TPC)
aiming e.g. at systems providing excellent spatial resolution at high intensities, large-area gaseous detectors, TPCs based on noble liquids and Gas Electron Multiplier (GEM) and Micromegas applications. 

Examples of on-going Projects:

ATLAS

  • Construction of drift panels for the muon detector upgrade.
  • Prototype board of the topological trigger for the calorimeter, featuring high-speed multi-FPGA data processing and optical communication.

CALICE

  • Characterization of Silicon Photomultipliers (SiPM).
  • Development and test of high-granularity calorimeter components.
  • Automated electrical test of the detector data acquisition interface.

ICECUBE

  • Characterization of Photomultiplier Tubes (PMT).
  • System integration and optimization of the electronics of the Digital Optical Module.

MAGIX at MESA

  • Feasibility studies of focal plane tracking detectors.

XENON1T

  • Characterization of the muon-veto optical properties.

The Detector Lab also provides a venue for project-independent long-term research and development activities for novel, innovative detector technologies. Besides the regularly scheduled users meeting, the Detector Lab organizes technical seminars with external speakers to offer an overview on modern technologies and other topics of interest to the experimental physicists and engineering/technical staff within PRISMA.