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DTSTAMP:20250525T141451Z
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DTSTART;TZID=America/New_York:20250505T090000
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DESCRIPTION:More than 100 years ago\, scientists invented a mobile image re
 ceiver to take pictures anywhere. More than 30 years ago\, engineers\ninve
 nted a Mobile Communication Transceiver to make phone calls anywhere. 8 ye
 ars ago\, at the MARIE Collaborative Research Center\, we\nbegan researchi
 ng a Mobile Material Transceiver to map surface and subsurface materials a
 nywhere. Now\, in the final phase ending in 2028\,\nwe want to realize the
  vision of Mapping Materials for Dynamic Environments. All of the necessar
 y breakthrough inventions are based on\nmajor technological advances that 
 will allow us to move successively from electronic\, photonic\, and microm
 echanical components through\nintegrated circuits to compact mobile device
 s. Following these steps\, we aim to greatly extend the benefits of today'
 s static and bulky materials\ncharacterization systems to mobile materials
  transceivers. This will lead to significant innovations in a wide range o
 f societal applications: mobile detection of the source of a fire or of un
 conscious people in a burning building\, rapid detection of cables and art
 ifacts inside a wall\, or\, in general\, autonomous creation of material m
 aps\, e.g. for localization and classification of objects in arbitrary ind
 oor and outdoor environments. The talk will present the structure of MARIE
 \, the main results and the goal for the last four years until its end in 
 2028.\n\nCo-sponsored by: Staracom\n\nSpeaker(s): \, Thomas Kaiser \n\nVir
 tual: https://events.vtools.ieee.org/m/481946
LOCATION:Virtual: https://events.vtools.ieee.org/m/481946
ORGANIZER:tarek.djerafi@inrs.ca
SEQUENCE:23
SUMMARY:THz Science and Technology Seminar (TSTS) Series: Mobile Material C
 haracterization and Localization by Electromagnetic Sensing (MARIE)
URL;VALUE=URI:https://events.vtools.ieee.org/m/481946
X-ALT-DESC:Description: <br /><p style="text-align: justify\;"><br>More tha
 n 100 years ago\, scientists invented a mobile image receiver to take pict
 ures anywhere. More than 30 years ago\, engineers<br>invented a Mobile Com
 munication Transceiver to make phone calls&nbsp\;anywhere. 8 years ago\, a
 t the MARIE Collaborative Research Center\, we<br>began researching a Mobi
 le Material Transceiver to map surface and&nbsp\;subsurface materials anyw
 here. Now\, in the final phase ending in 2028\,<br>we want to realize the 
 vision of Mapping Materials for Dynamic&nbsp\;Environments. All of the nec
 essary breakthrough inventions are based on<br>major technological advance
 s that will allow us to move successively&nbsp\;from electronic\, photonic
 \, and micromechanical components through<br>integrated circuits to compac
 t mobile devices. Following these steps\, we aim to greatly extend the ben
 efits of today's static and bulky materials<br>characterization systems to
  mobile materials transceivers. This will lead to significant innovations 
 in a wide range of societal applications: mobile detection of the source o
 f a fire or of unconscious people in a burning building\, rapid detection 
 of cables and artifacts inside a wall\, or\, in general\, autonomous creat
 ion of material maps\, e.g. for localization and classification of objects
  in arbitrary indoor and outdoor environments. The talk will present the s
 tructure of MARIE\, the main results and the goal for the last four years 
 until its end in 2028.</p>
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