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SUMMARY:HV-MAPS Pixel Detectors for Particle Tracking and LiDAR: A Dual-Us
 e Silicon R&amp\;D - Tianqi Gao\, Cavendish Laboratory\, University of Cam
 bridge
DTSTART:20251104T110000Z
DTEND:20251104T120000Z
UID:TALK236512@talks.cam.ac.uk
CONTACT:Dr Paul Swallow
DESCRIPTION:High-voltage monolithic active pixel sensors (HV-MAPS) are a n
 ew generation of silicon detectors developed for high-energy physics track
 ing. Projects such as MightyPix (LHCb)\, ATLASPix\, MuPix\, TelePix and AL
 PIDE demonstrate how HV-MAPS combine fine spatial resolution\, sub-nanosec
 ond timing\, radiation hardness and low cost through standard CMOS process
 es that enable mass production. Within the LHCb MightyPix programme\, thes
 e sensors already achieve high efficiency and excellent timing\, paving th
 e way for precision vertex and timing detectors in future collider upgrade
 s. \nThis talk will explore how HV-MAPS can be adapted beyond high-energy 
 physics to applied sensing\, such as LiDAR and robotic vision. By tailorin
 g their pixel and readout architectures\, HV-MAPS could enable compact\, h
 igh-speed\, and cost-efficient depth sensors that capture both timing and 
 intensity information. Such devices have the potential to deliver richly t
 extured 3D imaging\, bridging collider instrumentation and applied sensing
  with opportunities across autonomous systems\, quantum imaging and indust
 rial metrology.
LOCATION:Ray Dolby Center -- Seminar Room: D2.002 
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