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SUMMARY:Timing Detectors
DTSTART;VALUE=DATE-TIME:20260415T040000Z
DTEND;VALUE=DATE-TIME:20260415T053000Z
DTSTAMP;VALUE=DATE-TIME:20260426T000700Z
UID:indico-event-4929@indico-tdli.sjtu.edu.cn
DESCRIPTION:Speakers: Imad Laktineh (University of Lyon)\n\nAbstract:A new
  generation of detectors is emerging in the field of subatomic physics. Th
 e new detectors are 4D ones\, aiming at adding precise time information to
  the existing spatial performances the detectors already have. Tracking\, 
 calorimetry and photo-detection are among the ones where the timing is bei
 ng the most developed. Several societal applications like muon tomography 
 of medical applications are also benefiting from the new activities. In th
 is seminar we will go through the different developments that are being fo
 llowed in the different fields of detection emphasizing the improvement th
 is new feature will bring to the detection fields and the expected evoluti
 on in the near and far future.Biography:Imad Laktineh is a distinguished p
 rofessor at the University of Lyon. After a PhD in theoretical physics\, h
 e joined the LEP experiments (DELPHI and L3) working on b-quark physics an
 d SUSY searches respectively. After LEP\, he joined OPERA collaboration to
  study neutrino oscillations. Since 2006\, his main activities are on dete
 ctor R&D for the experiments of future high-energy colliders (HL-LHC\, ILC
 \, CEPC and FCCee). He developed the concept of the Semi-Digital Hadronic 
 Calorimeter SDHCAL and led the construction of the first technological pro
 totype of the CALICE collaboration using this concept. He is currently wor
 king on T-SDHCAL with timing information to improve on the Particle Flow A
 lgorithms (PFA) techniques. He initiated the CMS-iRPC project proposing a 
 new RPC readout concept. He developed a new technique for muon tomography 
 using (M)RPC detectors. He recently invented the PICMIC concept that inten
 ds to fully exploit both the excellent spatial and time resolutions of the
  MCP devices. In parallel\, he is developing similar devices with much bet
 ter performances named NCP for Nano Channel Plates. Pr. Laktineh is very a
 ctive in the new DRD collaborations with leading roles in DRD1 (gaseous de
 tectors)\, DRD4 (photo-detection) and DRD6 (calorimetry). He was served as
  a scientific adviser of the CNRS-IN2P3 for innovative detectors and quant
 um technologies. He was named a CNRS Ambassador for Innovation in 2025.Hos
 t: Prof. Haijun YangAlternative online link：https://meeting.tencent.com/
 dm/7mtZjdRdXigeID:290113779   Password: 123456\n\nhttps://indico-tdli.sjt
 u.edu.cn/event/4929/
LOCATION:5#/6th-603 - Meeting Room 603 (Science Building)
URL:https://indico-tdli.sjtu.edu.cn/event/4929/
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