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BEGIN:VEVENT
UID:6a24d7f909d87
DTSTART:20250711T080000Z
SEQUENCE:0
TRANSP:OPAQUE
DTEND:20250711T090000Z
LOCATION:Seminar Room
SUMMARY:ICFO | MASSIMO BORGHI 
CLASS:PUBLIC
DESCRIPTION:Light-based quantum technologies utilize photons as fundamental
  carriers of information\, taking advantage of their long coherence times\
 , fast propagation speeds and ease of manipulation. Well-explored degrees 
 of freedom for encoding quantum information include polarization\, orbital
  angular momentum\, path\, and time of arrival.&nbsp\;Less investigated is
  frequency-bin encoding\, in which quantum information is encoded in discr
 ete frequency (energy) bands. This approach has great potential because it
  inherently supports high-dimensional entanglement\, is compatible with ex
 isting fiber-optic infrastructure\, and allows for easy manipulation of th
 e quantum states using standard telecommunication fiber components. Freque
 ncy-bin entangled states can be efficiently generated in integrated photon
 ics by exploiting spontaneous parametric processes in microring resonators
 . In this talk\, we will explore our latest works in quantum information p
 rocessing with frequency bins and resonators\, from the generation of non-
 classical states to their applications\, including our recent demonstratio
 ns frequency bin entanglement based quantum key distribution and gaussian 
 boson sampling.\n&nbsp\;
DTSTAMP:20260607T023121Z
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