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SUMMARY:The wide potential of plasmonic biosensors: From electronic noses 
 to nanogap-enhanced infrared spectroscopy - POB Seminar
DTSTART:20190501T181500
DTEND:20190501T200000
DTSTAMP:20260531T014648Z
UID:3890bfb6f99f56d5ebc8dc7c37d4b10570e66e78f9e92cb83fba8e59
CATEGORIES:Internal trainings
DESCRIPTION:Aurélian John-Herpin\nThe EPFL Photonics Chapter (EPC) is v
 ery pleased to announce and cordially invite you to our monthly ‘Pizza-
 Optics-Beer’ (POB) seminar on May 1st\, at 18:15 in the room CM1 10
 6.\n\nThis month we will have the pleasure to host Aurélian John-Herpin
   from the Bionanophotonic Systems Laboratory  (BIOS) with the presen
 tation entitled:\n\n"The wide potential of plasmonic biosensors: From elec
 tronic noses to nanogap-enhanced infrared spectroscopy”\n\nFor organizat
 ional purposes (if you want to eat pizza!)\, please confirm your particip
 ation using this Doodle.\nDon’t hesitate to extend the invitation to an
 y postdoc and colleague!\n \nAbstract:\n\nPlasmonics and biosensors are t
 wo emerging technologies which are expected to make a significant impact o
 n the market within the next decade. Especially exciting is the combinatio
 n of both technologies to enable plasmonic biosensing\, which can provide 
 much needed solutions in various fields such as medical diagnosis and envi
 ronmental monitoring. Coupled with nanotechnology\, the capabilities of pl
 asmonic biosensors are continuously increasing\, due to improvements in ch
 aracteristics such as functionality\, versatility\, sensing performance\, 
 low cost\, and miniaturization.\nIn this talk\, many facets of biosensing 
 enhanced by plasmonics and nanotechnology will be introduced. We will look
  at a wide variety of plasmonic biosensors\, covering different operating 
 conditions (gas/liquid)\, binding schemes\, and properties (localized/non-
 localized plasmonic resonances). Additionally\, we will address the detect
 ion of both small and large biochemical analytes\, as well as applications
  in basic and industrial research.
LOCATION:CM 1 106 https://plan.epfl.ch/?room==CM%201%20106
STATUS:CONFIRMED
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