OPTICAL SORTING OF DIELECTRIC MICROPARTICL ES WITH WHISPERING

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OPTICAL SORTING OF DIELECTRIC MICROPARTICL ES WITH WHISPERING GALLERY MODES NATHAN JORDAN ALEX KING

OPTICAL SORTING OF DIELECTRIC MICROPARTICL ES WITH WHISPERING GALLERY MODES NATHAN JORDAN ALEX KING ADDISON OGONOSKI PRANAV SULTANIA MUCHENG LI YUNDONG REN YUXIANG LIU KAMIL EKINCI SEAN ANDERSON OLEKSIY SVITELSKIY

GOAL Micro optofluidic chip Faster More Accurate Can account for geometric perfectness

GOAL Micro optofluidic chip Faster More Accurate Can account for geometric perfectness

LASER PROPULSION Optical Pressure Whispering Gallery Modes enhance optical force Pic: Li, Y. ,

LASER PROPULSION Optical Pressure Whispering Gallery Modes enhance optical force Pic: Li, Y. , Svitelskiy, O. , Alexey, M. , Carnegie, D. , Rafailov, E. , Astratov, V. Giant resonant light forces in microspherical photonics. Light: Science &

WHISPERING GALLERY MODES [1] Gomilšek, M. , Whispering gallery modes Seminar, 2011 Pic: Arnold,

WHISPERING GALLERY MODES [1] Gomilšek, M. , Whispering gallery modes Seminar, 2011 Pic: Arnold, S. , Khoshsima, M. , Teraoka, I. , Shift of whisperinggallery modes in microspheres by protein adsorption. Optics

EXCITING WHISPERING GALLERY MODES Top Pic: Gizatulin, A. , Sultanov, A. , Application of

EXCITING WHISPERING GALLERY MODES Top Pic: Gizatulin, A. , Sultanov, A. , Application of whispering gallery modes (WGM) in optical communications. XV International Scientific and Technical Conference on Optical Technologies in Telecommunications, 2017. Bottom Pic: Hümmer, D. , Schneeweiss, P. , Rauschenbeutel, A. , Romero-Isart, O. Heating in Nanophotonic Traps for Cold Atoms. 2019

MATHEMATICAL SOLUTION OF WGM I

MATHEMATICAL SOLUTION OF WGM I

MATHEMATICAL SOLUTION OF WGM II

MATHEMATICAL SOLUTION OF WGM II

SOLUTIONS OF SPHERICAL WGM RESONATOR Pic: Caltech Vahala Research Group, Ultra-High-Q (UHQ) Resonators: Background,

SOLUTIONS OF SPHERICAL WGM RESONATOR Pic: Caltech Vahala Research Group, Ultra-High-Q (UHQ) Resonators: Background,

DISPROPORTIONATE OPTICAL FORCES AT RESONANCE

DISPROPORTIONATE OPTICAL FORCES AT RESONANCE

RADIATION FORCES Light radiates from ‘back’ of sphere Simulations confirm phenomenon for cylinder Pic:

RADIATION FORCES Light radiates from ‘back’ of sphere Simulations confirm phenomenon for cylinder Pic: Li, Y. , Svitelskiy, O. , Alexey, M. , Carnegie, D. , Rafailov, E. , Astratov, V. Giant resonant light forces in microspherical photonics. Light: Science &

EXPERIMENT AL Created Fibers Catalogued Resonances Apex Technologies AP 2060 A

EXPERIMENT AL Created Fibers Catalogued Resonances Apex Technologies AP 2060 A

DATA Circled Peak, Fitted

DATA Circled Peak, Fitted

MOVING FORWARD Reliably create microresonator motion Test sorting procedure Pic: Li, Y. , Svitelskiy,

MOVING FORWARD Reliably create microresonator motion Test sorting procedure Pic: Li, Y. , Svitelskiy, O. , Alexey, M. , Carnegie, D. , Rafailov, E. , Astratov, V. Giant resonant light forces in microspherical photonics. Light: Science

ACKNOWLEDGEMENTS NSF CMMI grants 1661700 and 1661586 Boston University

ACKNOWLEDGEMENTS NSF CMMI grants 1661700 and 1661586 Boston University

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