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SUMMARY:Timing Detectors
DTSTART;VALUE=DATE-TIME:20260716T020000Z
DTEND;VALUE=DATE-TIME:20260716T040000Z
DTSTAMP;VALUE=DATE-TIME:20260720T020900Z
UID:indico-event-30166@indico.ihep.ac.cn
DESCRIPTION:Abstract:\nA new generation of detectors is emerging in the fi
 eld of subatomic physics. The newdetectors are 4D ones\, aiming at adding 
 precise time information to the existing spatialperformances the detectors
  already have. Tracking\, calorimetry and photo-detection areamong the one
 s where the timing is being the most developed. Several societal applicati
 onsike muon tomography of medical applications are also benefiting from th
 e new activities. Inthis seminar we will go through the different developm
 ents that are being followed in thedifferent fields of detection emphasisi
 ng the improvement this new feature will bring to thedetection fields and 
 the expected evolution in the near and far future.\n\n\nAbout the speaker:
 Imad Laktineh is a distinguished professor at the University of Lyon. Afte
 r a PhD in theoreticalphysics\, he joined the LEP experiments (DELPHI and 
 L3) working on b-quark physics andSUSY searches respectively. After LEP\, 
 he joined OPERA collaboration to study neutrinooscillations. Since 2006\, 
 his main activities are on detector R&D for the experiments of futurehigh-
 energy colliders (HL-LHC\, ILC\, CEPC and FCCee). He developed the concept
  of theSemi-Digital Hadronic Calorimeter SDHCAL and led the construction o
 f the first technologicalprototype of the CALICE collaboration using this 
 concept. He is currently working on T-SDHCAL with timing information to im
 prove on the Particle Flow Algorithms (PFA) techniques.He initiated the CM
 S-iRPC project proposing a new RPC readout concept. He developed anew tech
 nique for muon tomography using (M)RPC detectors. He recently invented the
 PICMIC concept that intends to fully exploit both the excellent spatial an
 d time resolutions ofthe MCP devices. In parallel\, he is developing simil
 ar devices with much better performancesnamed NCP for Nano Channel Plates.
  Pr. Laktineh is very active in the new DRDcollaborations with leading rol
 es in DRD1 (gaseous detectors)\, DRD4 (photo-detection) andDRD6 (calorimet
 ry). He served as a scientific adviser of the CNRS-IN2P3 for innovativedet
 ectors and quantum technologies. He was named a CNRS Ambassador for Innova
 tion in2025\, a visiting professor at Tsinghua University\, a 200-talent a
 t Shandong University and aCAS distinguished scientist\n\nzoom ID: 9185 80
 44 014\n\npassword: 260716\nhttps://indico.ihep.ac.cn/event/30166/
LOCATION:多学科楼122
URL:https://indico.ihep.ac.cn/event/30166/
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