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DTSTART:20190310T030000
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DTSTAMP:20181207T002848Z
UID:AB4EAD44-4369-42A2-9F65-0EE6579F34CC
DTSTART;TZID=US/Pacific:20181206T090000
DTEND;TZID=US/Pacific:20181206T103000
DESCRIPTION:On July 4\, 2012\, the ATLAS and CMS experiments at CERN’s La
 rge Hadron Collider (LHC) announced the discovery of the long sought-after
  Higgs boson. This was the culmination of a huge scientific endeavor invol
 ving theorists\, detector\, and machine physics and an army of engineers a
 nd technicians. ASICs played a significant role in the design and construc
 tion of the experiments and were one of the key enabling technologies perm
 itting efficient particle detection in an extremely hostile environment. T
 he presentation will start with a lay-person’s description of a large hi
 gh-energy physics experiment and review some of the challenges presented f
 or ASIC designers by the LHC environment. The talk will then focus on inne
 r tracking detectors based on hybrid pixels. Such detectors provide the po
 ssibility of unambiguous (noise hit free) particle detection\, an essentia
 l feature for disentangling complicated particle collisions taking place 4
 0 million times per second. The same technology has been adapted for appli
 cations beyond high-energy physics in various generations of the Medipix a
 nd Timepix chips. That work has led to numerous novel applications stretch
 ing from particle detection in classrooms to recent ground-breaking result
 s in spectroscopic medical X-ray imaging. Particle detection in real time 
 will be demonstrated and a number of related applications described.\n\nSp
 eaker(s): Michael Campbell  Head of the Microelectronics Section\, CERN (G
 eneva\, Switzerland)\, \n\nAgenda: \n9:00 - 9:10am Sign-in and networking\
 n\n9:10 - 10:30am Seminar and Q&amp;A\n\nQualcomm AZ-Auditorium (10155 Pacific
  Heights Blvd\, San Diego\, CA 92121)\, san diego\, California\, United St
 ates
LOCATION:Qualcomm AZ-Auditorium (10155 Pacific Heights Blvd\, San Diego\, C
 A 92121)\, san diego\, California\, United States
ORGANIZER:aloke@qti.qulcomm.com
SEQUENCE:1
SUMMARY:How Pixel Detector ASICs Helped Find the Higgs Boson at CERN and No
 w Enable Spectroscopic X-ray Medical Imaging
URL;VALUE=URI:https://events.vtools.ieee.org/m/182920
X-ALT-DESC:Description: &lt;br /&gt;&lt;p&gt;On July 4\, 2012\, the ATLAS and CMS exper
 iments at CERN&amp;rsquo\;s Large Hadron Collider (LHC) announced the discover
 y of the long sought-after Higgs boson. This was the culmination of a huge
  scientific endeavor involving theorists\, detector\, and machine physics 
 and an army of engineers and technicians. ASICs played a significant role 
 in the design and construction of the experiments and were one of the key 
 enabling technologies permitting efficient particle detection in an extrem
 ely hostile environment.&amp;nbsp\;The presentation will start with a lay-pers
 on&amp;rsquo\;s description of a large high-energy physics experiment and revi
 ew some of the challenges presented for ASIC designers by the LHC environm
 ent. The talk will then focus on inner tracking detectors based on hybrid 
 pixels. Such detectors provide the possibility of unambiguous (noise hit f
 ree) particle detection\, an essential feature for disentangling complicat
 ed particle collisions taking place 40 million times per second.&amp;nbsp\;The
  same technology has been adapted for applications beyond high-energy phys
 ics in various generations of the Medipix and Timepix chips. That work has
  led to numerous novel applications stretching from particle detection in 
 classrooms to recent ground-breaking results in spectroscopic medical X-ra
 y imaging. Particle detection in real time will be demonstrated and a numb
 er of related applications described.&lt;/p&gt;&lt;br /&gt;&lt;br /&gt;Agenda: &lt;br /&gt;&lt;p clas
 s=&quot;yiv4576543650MsoNormal&quot;&gt;9:00 - 9:10am&amp;nbsp\; Sign-in and networking&lt;/p&gt;
 \n&lt;p class=&quot;yiv4576543650MsoNormal&quot;&gt;9:10 - 10:30am&amp;nbsp\; Seminar and Q&amp;am
 p\;A&lt;/p&gt;
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