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UID:20251228T082939EST-9654vF7ate@132.216.98.100
DTSTAMP:20251228T132939Z
DESCRIPTION:MIAM Nanotools Seminar featuring\n	Lin Deng\, Postdoctoral Resea
 rcher\, Kai Wang Lab\n\nFREE • Coffee and pizza provided! Space is limited
 :\n	Please register at mcgill.ca/miam/nanotools-lin-deng.\n\nMETASURFACES\,
  TWO-DIMENSIONAL ARRAYS OF ENGINEERED NANOSTRUCTURES\, have revolutionized
  the field of optics by enabling unprecedented control over light at subwa
 velength scales. This talk will provide a comprehensive overview of the fu
 ndamental working principles of metasurfaces\, including key concepts such
  as resonance modes\, Pancharatnam-Berry (PB) phase\, and Jones matrix-bas
 ed phase manipulation. These principles will be contextualized within the 
 broader framework of classical and quantum optical applications. Through t
 he example of designing a metalens\, this talk will guide the audience thr
 ough the end-to-end process of metasurface generation and characterization
 . This includes the computational design\, simulation\, fabrication\, and 
 experimental validation steps. In addition\, Dr. Deng will highlight the t
 ransformative potential of metasurfaces in both classical applications\, s
 uch as imaging and beam shaping\, and emerging quantum technologies\, incl
 uding photon manipulation and quantum-enhanced sensing. By bridging theore
 tical insights with practical demonstrations\, this talk aims to inspire n
 ew directions in metasurface research and their integration into next-gene
 ration optical systems.\n\nLIN DENG is a FRQNT Postdoctoral Fellow in the 
 Kai Wang Laboratory at Ä¢¹½¶ÌÊÓƵ\, where he studies meta and integrated photo
 nics for quantum applications. He received his PhD in Electrical and Compu
 ter Engineering from Northeastern University\, Boston\, in 2023.\n
DTSTART:20250228T170000Z
DTEND:20250228T180000Z
LOCATION:Room 211\, Rutherford Physics Building\, CA\, QC\, Montreal\, H3A 
 2T8\, 3600 rue University
SUMMARY:Designing Metasurfaces for Classical and Quantum Optics\, from Prin
 ciples to Applications
URL:/miam/channels/event/designing-metasurfaces-classi
 cal-and-quantum-optics-principles-applications-363809
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