[Particle-physics-affiliated] [Particle-physics-baes] Fwd: IPR question

[Akira Konaka]

Hi.

  I would add the following two:
- Construction and operation of the photosensor test facility (PTF)
- Development of the EMPHATIC hadron production experiment and a pilot run and analysis
   A large fraction of design, construction and operation were done by the TRIUMF group
   Analysis is done by M. Pavin (TRIUMF postdoc) with K.Gameil (UBC/TRIUMF grad. student till August 2018)

For the TPC, FGD, OTR, it was the operation period in the past 5 years, as pointed out.
M.Scott (TRIUMF) was also a convener of near to far extrapolation fit (BANFF fit), which
was originally developed by Mark Hartz, and developed the procedure to study unaccounted
systematic uncertainties (fake data studies) during the last few years.

Akira

On Nov 14, 2018, at 12:18 AM, Mark Hartz <mhartz at triumf.ca<mailto:mhartz at triumf.ca>> wrote:

Hi Oliver All,

Here is what I can say for long baseline neutrinos:

Past Highlights:
- Construction and operation of the Time Projection Chambers (TPCs) and Fine Grained Detectors (FGDs) in the T2K near detector
- As far as I know we did not contribute directly to the Target
- Construction and operation of beam monitor just upstream of the target (OTR)
- Construction and operation of the remote maintenance cell for target and horn.  Operation of the remote maintenance for target repair in 2015.
- Development of fiTQun event reconstruction algorithm for Super-K
- Leadership of T2K analysis - M. Scott (former TRIUMF postdoc) as Oscillation Analysis working group convener and M. Hartz as analysis coordinator
- Development of NuPRISM detector concept - M. Hartz and M. Wilking (former TRIUMF postdoc) are spokespeople of J-PARC E61 experiment
- Development of multi-PMT photosensor design (ongoing)

Future achievements:
- Primary contribution (50%) to the Intermediate Water Cherenkov (NuPRISM) detector with $5 million CFI-IF for multi-PMT photosensor production
- Potential contributions to the Hyper-K photosensors, readout electronics and calibration system
- Leadership in analysis including analysis of near and intermediate detector data, bottom-up calibration of Hyper-K and machine learning techniques for event reconstruction and classification.

Best,
Mark
________________________________
From: Particle-physics-baes <particle-physics-baes-bounces at trmail.triumf.ca<mailto:particle-physics-baes-bounces at trmail.triumf.ca>> on behalf of Oliver Stelzer-Chilton <stelzer-chilton at triumf.ca<mailto:stelzer-chilton at triumf.ca>>
Sent: Tuesday, November 13, 2018 6:47:54 PM
To: particle-physics-baes; Particle-physics-affiliated at trmail.triumf.ca<mailto:Particle-physics-affiliated at trmail.triumf.ca>
Subject: [Particle-physics-baes] Fwd: IPR question


Dear Colleagues,

See request from Jens below. Deadline is noon tomorrow, so please send me your comments by 10am.

My own comments

For Past:
- 1A should include the Tier1.
- 1B, mention Mark for analysis coordinator
- 1C name it lepton universality
looks like we can add “E” to make it 5. Alpha?

For Future:
- 1B since this goes to 2025, we will not have HL-LHC yet, so this is focusing on Run 3. We could say Higgs characterization, e.g. coupling to second generation.
- 1C should mention the multi-PMT development

Thanks in advance.

Best regards,

Oliver

Begin forwarded message:

From: Jens Dilling <jdilling at triumf.ca<mailto:jdilling at triumf.ca>>
Subject: IPR question
Dear Colleagues,
For the IPR we are being asked to provide 3-5 bullet points for past high-lights and 3-5 bullet point for future science achievements (up to 2025).

We need to have something for tomorrow noon.


  1.  Particle Physics

Past highlights (please check if consistent with parallel talks):


  1.  Key contributions to ATLAS for detectors and analysis (Higgs spin analysis coordinator, current overall physics coordinator, deputy spokesperson TRIUMF-affiliate)
  2.  Key contributions to T2K for detectors and analysis (near detector concept from TRIUMF, major contributions to target, and overall analysis)
  3.  Best weak-electrophysics test of  pion decay (PiENu), conceived and executed at TRIUMF
  4.  Key contributions to SNO detector (universal interface) and analysis (TRIUMF joint position Canadian collaboration spokesperson -D.Sinclair, who was invited to come to Stockholm with Art MacDonald)


Future achievements (projected)

  1.  Key achievements for UCN production and science program, including limits on n-EDM (level of 10-27e/cm)
  2.  Key contribution to detector and analysis for ATLAS upgrade, HiLumi upgrade and Higgs-potential mapping
  3.  Key contributions for Hyper-K detector system, development and production, and early science analysis for systematics
  4.  Canadian Leadership for Dark Matter searches in SuperCDMS, key contributions to physics analysis
  5.  Best hadronic limits on Anti-Matter-Matter, limits on Anti-Gravity measurements


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