Advances in Radiation-Hard Monolithic Pixel Detectors
Watson LT B
School of Physics and Astronomy, University of Birmingham
IoP HEPP Committee Half-Day Meeting on Development of Depleted Monolithic Active Pixel Sensor (DMAPS).
DMAPS technologies are the subject of intense R&D for use as replacement technologies for current detector systems, and are an attractive choice for many future programmes in particle, nuclear and medical physics. Monolithic pixels are the subject of a major international research programme to define processing variants which could also deliver the levels of radiation hardness needed at hadron colliders and other high radiation environments, while still meeting strict requirements on material budget, high granularity and overall cost.
Recent progress has been remarkable, and the potential for new technologies to be a complete game-changer not just for vertexing and tracking, but even for high granularity calorimetry makes this a topic of wide interest across the experimental particle and nuclear physics communities. The new UK facilities for hadron radiotherapy provide another fruitful area for applications. All these, and other areas, make this an extremely timely topic for an IoP Half Day Meeting
We are supported by:
Akram Khan
Ankush Mitra
Daniel Muenstermann
Daniela Bortoletto
Dave Charlton
Dima Maneuski
Eva Vilella
Fergus Wilson
Guillermo Nicolas Hamity
Iain Sedgwick
Ian Dawson
Jens Dopke
Joel Goldstein
John Cotterill
John Matheson
Joost Vossebeld
Katharine Hollinshead
Konstantin Stefanov
Konstantinos Nikolopoulos
Laura Gonella
Liejian Chen
Lluis Simon Argemi
Marcello Borri
Marco Gersabeck
Mark Richard James Williams
Neil Geddes
Nigel Allinson
Nigel Watson
Peter Jones
Philip Patrick Allport
Richard Hugtenburg
Richard Plackett
Russell Thomas
Sam Flynn
Sam Manger
Simon Jolly
Steven Worm
Tony Price
Walter Snoeys
Yanyan Gao
Zhige Zhang