UK community meeting on CMOS sensors for particle tracking

Thursday 10 Mar 2016, 09:00 → 19:10 Europe/London

Cosener's House

The UK has a long involvement in the development of the Silicon sensor technologies for position sensitive charged-particle detection. Devices have been produced for the tracking detectors in a range of previous, existing and future experiments as well as for a possible future application in particle flow calorimetry. CMOS technology, because of the high level of integration it allows and its relative cost-effectiveness compared to other Silicon based technologies, is today widely expected to become the baseline technology for future Silicon detectors. Several groups in the UK now work on the development of CMOS technologies for both future tracking and calorimetry applications. It is perceived that for the UK to play as significant a role in the development of CMOS sensors for future experiments as it has done for other Silicon technologies, UK groups need to present a joined-up strategy to STFC and persuade it to identify CMOS as a key technology area for the future of our field. We are organising this one day meeting for the wider particle physics community to discuss its requirements ambitions and to start discussions on how to shape a more joined-up approach. The meeting will also attempt to present an overview of the CMOS technology options and applications that are being pursued.

Technology Overview

1 Broad overview CMOS technologies (15+5)

Speaker: Jens Dopke (STFC - Rutherford Appleton Lab. (GB))

20160310_CosenorsMeetupOnCMOS.pdf

20160310_CosenorsMeetupOnCMOS.pptx

2 HR-CMOS MAPS (15+5)

Speaker: Renato Turchetta (STFC - Rutherford Appleton Lab. (GB))

cosenersPP2016rt.pdf

3 HV-CMOS (15+5)

Speaker: Eva Vilella Figueras (University of Liverpool (GB))

2016_Vilella_UK_meeting_v2.pdf

4 Hybrid CMOS strip detectors (15+5)

Speakers: Jens Dopke (STFC - Rutherford Appleton Lab. (GB)), Richard Nickerson (University of Oxford (GB))

20160310_HybridCMOSStripDetectors.pdf

20160310_HybridCMOSStripDetectors.pptx

5 Hybrid CMOS pixel detectors (15+5)

Speaker: Richard Bates (University of Glasgow (GB))

RLB_CMOS_v2.pdf

RLB_CMOS_v2.pptx

10:40 tea & coffee

Current and Future Applications

6 CMOS in ALICE/STAR (15+5)

Speaker: Petra Riedler (CERN)

priedler_itsupgrade_cmosuk_2016.pptx

7 The Mupix CMOS tracker for Mu3e (15+5)

Speaker: Heiko Christian Augustin (Ruprecht-Karls-Universitaet Heidelberg (DE))

UK_CMOS_March2016_compressed.pdf

UK_CMOS_March2016.pdf

8 CMOS in hh colliders (15+5)

Speaker: Philip Patrick Allport (University of Birmingham (UK))

MAPS_for_hh.pptx

9 MAPS for calorimetry in e+e- (15+5)

Speakers: Alasdair Winter, Nigel Watson (University of Birmingham (GB)), Nigel Watson (University of Birmingham (GB))

CMOS_10Mar2016_v2.pdf

CMOS_10Mar2016_v2.pptx

10 ARIADNE: camera readout for liquid or bi-phase Argon detectors (12+3)

Speaker: k Mavrokoridis (University of Liverpool (GB))

ARIADNE_CMOS_meetingMavrokoridis.pdf

12:35 lunch

Current and Future Applications

11 • CMOS for tracking in ILC/CLICdp (15+5)

Speaker: Joel Goldstein (University of Bristol (GB))

CMOSUK16.pdf

The Wider Context

12 • RD50 and industrial contacts (15+5)

Speaker: Gianluigi Casse (University of Liverpool (GB))

coseners-2016.pdf

coseners-2016.pptx

13 CMOS applications for charged particle detection (nuclear/mass spectroscopy/medical) (15+5)

Speaker: Daniel Muenstermann (Lancaster University (GB))

Muenstermann_ChargedParticleApplications.pdf

14 CMOS applications for photon detection (x-rays/photon/astronomy) (15+5)

Speaker: Andrew Blue (University of Glasgow (GB))

CMOS APS for X-ray, Photon and Astronomy based applications .pdf

CMOS APS for X-ray, Photon and Astronomy based applications .pptx

14:50 tea & coffee

Discussion

15 Discussion

Speakers: Prof. Daniela Bortoletto (University of Oxford (GB)), Fergus Wilson (STFC - Rutherford Appleton Lab. (GB)), Joost Vossebeld (University of Liverpool (GB)), Philip Patrick Allport (University of Birmingham (UK))

discussion.pdf