Workshop dates are the 2nd and 3rd of February 2023
Hosted by the Department of Physics and Astronomy at the University of Utah
Workshop that focuses on camera-based calibration systems and automated image analysis in particle detectors. The aim is to bring the scientific community together from different experiments and develop common analysis strategies. Identify calibration needs and how cameras could be used to satisfy them in an easy and cost-effective way.
Camera-based calibration systems used in neutrino telescopes & neutrino detectors (Photogrammetry, geometry, optical properties, monitoring, site surveying capacity)
Camera-based calibration/detection systems for particle detectors
Camera based image analysis systems in astro&particle physics
Image processing and automated image data analysis (Camera noise behavior and sensitivity, Image analysis methods, machine learning techniques, ...)
Image sensors, CMOS sensors, current and next generation …
High-performance cameras for astronomy, deep sea, etc.
Reference light sources and camera optics
Calibration challenges at neutrino detectors/telescopes - understanding the optical medium
Camera simulations and photon propagation packages (Commercial software packages for imaging optical systems and LEDs)
Organized by Prof. Carsten Rott and Dr. Christoph Tönnis