Shu's weekly group discussion

Wednesday 18 Mar 2026, 10:00 → 13:35 Asia/Shanghai

Tsung-Dao Lee Institute/N6F-N630 - Smart Classroom (Tsung-Dao Lee Institute)

Matthias Tartarin (TDLI/SJTU)

点击链接入会，或添加至会议列表：

https://cern.zoom.us/j/4042031778

10:00 → 10:05 Introduction & Announcements

Meeting's note: After the meeting

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Today's focus: 

[1st project/analysis: XXX ]:

• item 1
  • sub-item 1
  • sub-item 2
• item 2
• [...]

[2nd project/analysis: XXX ]:

• item 1
• item 2
• [...]

[...]

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Plans: 

• [optional: indicate which project/analysis it refers to] item 1
• [optional: indicate which project/analysis it refers to] item 2

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10:05 → 10:15 Status

Speaker: Kang Yu (TDLI, SJTU)

10:15 → 10:25 Status

Speaker: Linjing Duan (TDLI, SJTU)

Today's focus:

[CEPC Zvvy nTGC]:

• cross-checked the fitting results with Danning: the 1D results look fine, while the 2D results still need theory discussion.
• I have drafted the theoretical framework section of the paper.
• discussed with Yuning and helped complete the CEPCSW environment setup and run the full simulation workflow successfully.

Plans:

• plan to finalize the systematics part by defining the signal and background uncertainties and implementing the corresponding nuisance parameters in the fit.
• plan to draft the simulation section of the paper

10:25 → 10:35 Status

Speaker: Jun Wei Lok (TDLI, SJTU)

10:35 → 10:45 Status

Speaker: Zelin Yan (TDLI, SJTU)

10:45 → 10:55 Status

Speaker: Bai-Hong Zhou (TDLI, SJTU)

10:55 → 11:05 Status

Speaker: Xuliang Zhu (TDLI, SJTU)

11:05 → 11:15 Status

Speaker: Zhiyu Zhao (TDLI, SJTU)

11:15 → 11:25 Status

Speaker: Haidar Mas'ud Alfanda (TDLI, SJTU)

11:25 → 11:35 Status

Speaker: Matthias Tartarin (TDLI, SJTU)

11:35 → 12:30 REU: Undergrad Research Discussions

11:35 Status

Speaker: Peixu Teng (SPA, SJTU)

11:40 Status

Speaker: Zhijing Zhang (CCNU & TDLI/SJTU)

Today’s focus:

• Gain a detailed understanding of the basic structure and working principle of the ECAL in STCF through the CDR.
• Test the energy and time resolution of 1 GeV electrons under background‑free conditions.

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Plans:

• Use OSCAR to simulate the energy response of photons from 0.1 GeV to 3.5 GeV, and obtained the energy, time, and position resolution curves.
• Start writing the graduation thesis.

11:45 Status

Speakers: Jiacheng Shi (SPA, SJTU), Yuning Chen (Zhiyuan College, SJTU), Zhengyang Qian (SPA, SJTU)