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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 McGill\, 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:https://www.mcgill.ca/miam/channels/event/designing-metasurfaces-classi
 cal-and-quantum-optics-principles-applications-363809
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