Talks

3D diamond sensors

by Dr. Alexander Oh (The University of Manchester)

Thursday, 26 November 2020 from to (UTC)
at Universe
Description
Zoom room for seminars: https://cern.zoom.us/j/98750947196?pwd=N1RTS3EzazBha0tURVJOcEZKREFxZz09
Meeting ID: 987 5094 7196
Passcode: 613113

Abstract:
Diamond is a promising material with remarkable mechanical and electronic properties to provide the basis for radiation resistant particle detectors for high energy particle physics (HEP). In the presentation the current state of diamond detectors in particle physics will be discussed, focussing on recent developments of 3D diamond detectors and test-beam results with prototype pixel devices.

Short CV:
Dr. Alexander Oh is a Reader at the University of Manchester. He obtained his PhD (1999) at the University of Hamburg with a study on CVD Diamond Detectors for high-energy particle physics experiments. He went to CERN, Geneva, as Research Fellow (2000), and then Research Staff  (2002) working on experimental particle physics, data acquisition systems, and detector technology for the Large Hadron Collider experiments ATLAS and CMS. He then joined the University of Manchester as Royal Society Research Fellow (2009) with a research program to developed 3D diamond detectors and to explore di-boson production processes with the ATLAS experiment.
Material: