Ultimate Low Light-Level Sensor Development · Roadmap for LLL sensors T1.2 Monitoring & Evaluation...
Transcript of Ultimate Low Light-Level Sensor Development · Roadmap for LLL sensors T1.2 Monitoring & Evaluation...
Ultimate Low Light-Level Sensor Development
Katharina Henjes-Kunst, DESY, Andrii Nagai, UNIGE and Derek Strom, MPP
ICASiPM 11.06.2018
• SENSE is a European Commission Horizon 2020 Coordination and Support Action (FET-OPEN)
aiming to coordinate research and development efforts in academia and industry in low light level
sensoring
• Started in September 2016 for three years
• Experience from ASPERA and APPEC technology fora:
Øcoordination of European research groups concerned with low light-level sensors is currently missing
Ørepresentatives from academia and industry pointed out that developments could be made faster when one or a small
number of labs could take the lead of these activities
SENSE – Background
ICASiPM 11.06.2018 2
successful midterm review withEC in November 2017
3ICASiPM 11.06.2018
CoordinatorKatharina Henjes-Kunst
Expert Group
European Commission
Project Team
WP 1Roadmapping&
MonitoringWP 2
R&D CooperationWP 3
Outreach & TEPWP 4
Training & LearningWP 5
Project Management
T1.1Creation of a
European R&D Roadmap for LLL
sensors
T1.2Monitoring &
Evaluation of R&D Progress
T2.1Agreement on R&D
Cooperation
T2.2Lining to other
European Initiatives
T2.3Fostering the
Exchange between Academia and
Industry
T3.1Development of a
Technology Exchange Platform (TEP)
T3.2Extension and
Moderation of TEP
T3.3Website, Newsletter &
Social Media
T4.1Concept for Summer
Schools
T4.2Implement TEP Training Section
T4.3LLL Technology Training Events
T5.1Overall Management
Razmik MirzoyanDerek Strom
Teresa MontaruliDomenico Della Volpe
Andrii Nagai
Andreas HaungsKatrin Link
Thomas Huber
Katharina Henjes-KunstThomas Berghöfer
Katharina Henjes-KunstThomas Berghöfer
SENSE – Expert Group
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• the Experts Group (EG) comprises first-rate developers in the field of low light-level sensors,
representatives of major research projects requiring low light-level sensors
• they act as an advisory panel to the project:
§ Razmik Mirzoyan, MPI for Physics, Germany, (head of experts group)§ Sergey Vinogradov, Lebedev Physical Institute, Russia
§ Elena Popova, MEPHI, Russia
§ Klaus Attenkoffer, Brookhaven National Lab, US§ Bayarto Lubsandorzhiev, INR of the Russian Academy of Sciences, Russia§ Samo Korpar, Jožef Stefan Institute, Slowenia§ Peter Krizan, Jožef Stefan Institute, Slowenia§ Osvaldo Catalano, INAF, Italy§ Claudio Piemonte, Broadcom, Germany
§ John Smedley, Brookhaven National Lab, US
§ Stefan Schönert, Technische Unversität München, Germany
§ Eric Delagnes, CEA, France
§ Nicoleta Dinu-Jaeger, CNRS Artemis, France§ Giovanni Bonanno, INAF, Italy§ David Gascon, ICCUB, Spain§ Wei Shen, University of Heidelberg, Germany§ Hiro Tajima, University of Nagoya, Japan
SENSE – WP 1
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Experimental partExperimental partExperimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
Experimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
• aim: roadmap incorporating all R&D activities necessary for the development of (the)
ultimate LLL sensor(s)
• steps afterwards: monitor and evaluate the progress, coordination of the efforts
• first version of roadmap is available since October on website and in follow up process
https://www.sense-pro.org/documents/roadmap
11.06.18 My meeting 6
SENSE – WP 2: Tasks
2.1 Agreement on R&D cooperation between research groups and industry for advancing LLL sensorso Minimizing the duplication of efforts given the limited funds for innovation;o Encouraging the formation of Consortia between research Institutions and Industrial partners ;o Negotiation between research institutes and industries to optimize costs of developments capable of
satisfying ‘common needs’;o Offering a platform for testing devices;o Offering a platform for disseminating knowledge on developments;o Develop a sensors database with “quality factor”.2.2Linking to other European initiativeso Provide information on the R&D activities followed by SENSE through the web page (WB3), phone calls of
the working group and with EG;2.3Fostering the exchange between academia and industryo Organization of Technology Forum: https://indico.cern.ch/event/688729/overview
SENSE – WP 2
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Experimental partExperimental partExperimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
Experimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
puls
ed li
ght
cont
inuo
us li
ght
Monochromator
Photodiode(S1337-1010BQ)
Integration sphere
Translationstage
Xe 75 W lamp: 260 ÷ 1800 nm
ND filters (81.3% ÷ 0.01%)
LED`s : 280, 340, 375, 405,
420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10x10 mm2
(S1337-1010BQ)
SiPM
SENSE – WP 2: PDE vs. ΔV
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Experimental partExperimental partExperimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
Experimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
Area: 3 ✕ 3 mm2
Microcell: 50 ✕ 50 µm2
LVR-3050CS
7.8% difference in average between PDE from three partners
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SENSE – WP 2: PDE vs. Wavelength
PDE vs. λ measured within 6.4 %
Hamamatsu: LVR-3050
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SENSE – WP 2: PXT vs. ΔV
More details:A. Nagai “SENSE: A comparison of photon detection efficiency and optical crosstalk of various SiPM devices”, NIM A, Available online 22 November 2017
SENSE – WP 2
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Experimental partExperimental partExperimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
Experimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
Area: 3 ✕ 3 mm2
Microcell: 50 ✕ 50 µm2
LVR-3050CS
By now:• The experimental setup was build & calibrated: DCR(ΔV, VThr.), PXT(ΔV), PDE(ΔV, λ);• Cooperation agreement between 5 institutes was established:• DESY; UNIGE; KIT; Nagoya University – ISEE, MPI for Physics, INAF –OAC• MPPC devices were distributed between institutes• Receiving newest devices from producers (Hamamatsu, SensL, AdvansID, Ketek, Ndl Sipm)
Future: • Evaluate systematic errors for each experimental setup;• Establish measurements and analysis procedures;• Applying for European money to develop a SiPM for medical application
SENSE – WP 2 TechForum 21/22nd of June
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Experimental partExperimental partExperimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
Experimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
Area: 3 ✕ 3 mm2
Microcell: 50 ✕ 50 µm2
LVR-3050CS
https://indico.cern.ch/event/688729/overview
- About 90 participants by now
- 2 days programme
Please register!
SENSE – WP 3 and WP 4
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• WP3: Website (https://www.sense-pro.org) and newsletter online/ active
• SENSE @ several upcoming workshops/ conferences: ICASiPM, RICH 2018, Barcelona Techno Week,
E+CRS, ..., several other workshops already done, first two SENSE publications
• Calendar with LLLrelated events and workshops online
• WP4: technology training sessions during summer schools in summer 2018 (MAGIC, TESHEP) and
Training event in summer 2019
è Material (videos of training sessions) will be prepared for website
• Consortium partners with experts: several H2020-proposals (FET-OPEN, FET CSA, FET Launchpad)
E+CRS
SENSE – come and join!
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Experimental partExperimental partExperimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
Experimental partXe 75 W lamp: 250nm to 1800 nm
Con
tinuo
us li
ght
Puls
ed li
ght
Monochromator
Integration sphere
Translationstage
Motorized wheel with 12 filters+ Diffuser
(transmission from 81.3% to 0.01%)
LED`s :280, 340, 375, 405, 420, 455, 470, 505, 525, 530, 565 & 572 nm
Photodiode 10✕10 mm2
(S1337-1010BQ)
Area: 3 ✕ 3 mm2
Microcell: 50 ✕ 50 µm2
LVR-3050CS
SENSE
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Thank you for your attention!
Please visit sense-pro.org for the latest news and the SENSE Forum for latestdiscussions and stay in contact with us