Name: ATHENA PID weekly regular meeting
Start: 2022-03-28T12:00:00-04:00
End: 2022-03-28T13:00:00-04:00
Location: Zoom

ATHENA PID weekly regular meeting

Monday, 28 March 2022 - 12:00

Monday, 28 March 2022

12:00 Weekly news
Weekly news
12:00 - 12:05
Conveners briefly update with news, comments and new directions from the Steering Committee (if any). NOTE: The list below has been updated to summarize our discussions and conclusions. [DIS abstract] not accepted for talk, accepted as poster. Anyone going to DIS interested in presenting it? [LAPPD workshop] Informal LAPPD workshop on March 21st 2022. [DPAP report] Given the outcome of the report we may want to spend some time to discuss it among us. A few points for discussion below, please bring up yours - Tom raised the issue regarding how much we worked in ATHENA to put the dRICH into a satisfactory location/layout, the 50 cm gain and the shift of the magnet. -- ATHENA should prepare a set of slides that illustrates how our constraints lead to our specific design choices. A key point should include our assertion that the aspect ration (Z-length/R-length) should be close to one for robust performance. -- It will be important for ATHENA to review and understand the supplemental material put forth by ECCE to learn about similar and complementary considerations they applied to their design. - how satisfactory really is the dRICH layout of ECCE and whether ECCE costed the dRICH in a comprehensive way. -- While cost will always be an issue, cost considerations are presently "second priority" as compared to robust design. - the LGAD is another point of discussion, because we limited ourselves to the barrel leaving fwd/bwd to upgrades because of cost. -- Cost is for now a secondary consideration. - moreover LGAD is seen as a risk because of ASIC, so is not the risk in ECCE bigger because they have more square metres of LGADs ? -- It will be useful for ATHENA to read and study the reply of ECCE to the DPAP panel regarding risk and risk mitigation. There they propose to switch to a hybrid LGAD and uRwell tracker (a configuration that should be studies for thickness). - overall ECCE results in a cheaper detector despite 4pi LGAD coverage, which should make PID expensive. We might want to better compare with them the cost of the PID subsystem. -- Cost will be a second stage priority. - mRICH will likely get back in place given that the ECCE setup might not have the space for proximity focusing. -- At some length a pfRICH will always be better than an mRICH and vice versa. A study is needed to determine the maximum space for the eArm RICH and thereby the best technology choice. - How can we achieve that best synergy in the community efforts on detector 1? -- There is already some overlap of people across collaborations (less so in PID?). It is clear that D1 will require the efforts from the top people in our community and this will naturally lead to strong involvement and/or leadership of ATHENA people in D1. - What are the priorities of national lab staff over the coming years? -- It is anticipated that DOE will provide funding for R&D into D2 technologies so that D2 could begin one the order of 2 years following CD3 for D1 and the EIC project. There is thuis limited time overlap between D1 and D2 efforts. - ATHENA welcomes a similar and complementary discussion of the evolution of the PID designs in ECCE. -- It is hoped that such presentation(s) will for the basis of the first D1 PID meeting. - High level summary plots of the detector performance such as found in the ATHENA supplementary material (p reach vs eta) should be formed and reviewed as detector designs develop.

12:05

12:05 - 12:30
12:10
12:10 - 12:58
Contributions

12:10 DIRC - Grzegorz Kalicy (CUA) Joe Schwiening (GSI)

12:13 mRICH - Murad Sarsour (Georgia State University)

12:16 dRICH - Christopher Dilks (Duke University) Evaristo Cisbani (Italian National Institute of Heath and Italian Institute of Nuclear Physics)

12:19 Low momentum PID with GridPix - Prakhar Garg (Stony Brook University)

12:22 Low momentum PID with TOF - Wei Li (Rice University) Zhenyu Ye (University of Illinois at Chicago) Zhangbu Xu (BNL) Wenqing Fan Frank Geurts (Rice University)

12:25 B field impact on forward RICH - Chandradoy Chatterjee (INFN Trieste (IT)) Roberto Preghenella (INFN Bologna)

12:28 DAQ - Alexandre Camsonne (JLAB) Jeff Landgraf (Brookhaven National Laboratory)

12:31 LGADs for TOF-PID - Shuai Yang (Rice University) Wei Li (Rice University)

12:34 SiPM for RICH optical readout - Roberto Preghenella (INFN Bologna)

12:37 Pressurised argon for the gaseous RICH

12:40 LAPPD option for photon readout - Silvia Dalla Torre (INFN, Trieste)

12:43 Barrel eCal with tracking and timing capability - Maria Zurek (Argonne National Laboratory) Paul E Reimer (Argonne National Laboratory)
12:55 AoB
AoB
12:55 - 13:00
In case there is any other business to discuss, we can take it here. If discussion takes longer than 5 minutes, it means that it needs a proper space and will be point for next week.