Nominators must complete a nominee submission by April 5th each year with the following:
Statement of a specific technical accomplishment or contribution(s) that qualify Nominee for Award, including the impact of the work, as well as other related accomplishments; publications, patents, etc. that demonstrate the most significant impact. (Maximum of three pages)
Proposed Award Citation: (Word Count: 20)
Nominee’s curriculum vita (Maximum of three pages)
Endorsements: Three letters of endorsement are required. You may enter the endorsers name and email to send an automatically generated email request, or if you have received the endorsement, you can upload directly to the system. (One page limit)
The IEEE Photonics Society Quantum Electronics Award was created to recognize outstanding technical contributions to quantum electronics, either in fundamentals, applications, or in both.
Presented to: An individual or team, up to three in number
Scope: To recognize outstanding technical contributions to quantum electronics, either in fundamentals, applications, or in both.
Prize: A Bronze Medallion, A Certificate and Honorarium
Basis for judging: In the evaluation process, the following criteria are considered: The award may be given either for a single contribution, or for a distinguished series of contributions over a long period of time, recognized as a seminal or fundamental contribution to a broad and important field.
We are proud to recognize and celebrate honorees of the IEEE Photonics Society Quantum Electronics Award.
For establishing the theoretical and experimental foundation for practical quantum cryptography and quantum network.
Hoi-Kwong Lo is a Professor of Electrical and Computer Engineering and Physics at the University of Toronto and a Chair Professor of Physics at the University of Hong Kong. He is also a co-founder and the Chief Technology Officer (CTO) of Quantum Bridge Technologies, Inc. (Quantum Bridge) in Toronto.
He received B. A. in Mathematics from Cambridge University in 1989 and Ph.D. in Physics from Caltech in 1994. After spending time at the Institute for Advanced Study (IAS), Princeton, he became a Senior Member of Technical Staff at Hewlett-Packard Labs from 1997 to 1999. He was the Chief Scientist and Senior VP at a quantum start-up, MagiQ Technology, Inc from 1999 to 2002. From 2003 to 2020, he worked full time at the University of Toronto and has been a tenured Full Professor there since 2009. He has been a Chair Professor of Physics at HKU in 2020-23. He co-founded the quantum start-up Quantum Bridge in 2019.
He is a pioneer in the field of quantum information and quantum cryptography and was among the first in the world to establish three fundamental results: 1) to prove the information-theoretic security of QKD, 2) to co-invent quantum secret sharing and 3) to prove the impossibility of quantum bit commitment. His research group at the U. of Toronto was the first in the world to implement experimentally the decoy state QKD protocol in 2005 and successfully hack commercial QKD systems (around 2008-2010). In 2012, he co-invented the novel protocol measurement-device-independent (MQI-QKD), which is widely regarded as a breakthrough in the field. Recently, his research group and collaborators invented and experimentally implemented a proof-of-principle demonstration of all photonics quantum repeaters and experimentally implemented the novel twin-field QKD protocol.
He is a Fellow of the American Physical Society (APS), an Optica Fellow (OSA), and has been awarded the 2022 CAP-INO Medal for Outstanding Achievement in Applied Photonics.
|Fred A. Kish
|For pioneering contributions to the invention, development, and commercialization of photonics integrated circuits.
|For pioneering research on the fundamentals and applications of optical angular momentum.
|For pioneering the field of nonlinear optical periodic structures and for foundational contributions to nonlinear dynamics of semiconductor laser arrays.
|Luigi A. Lugiato
|For outstanding contribuitions to quantum electronics, especially the formulation of the Lugiato-Lefever equation and its impact on microresonator frequency combs.
|James Roy Taylor
|For seminal contributions to development of ultrashort pulse lasers and applications to nonlinear fiber optics allowing temporal and spectral versatility.
|For pioneering and lasting contributions to ultrafast laser-matter interactions and nonlinear dynamics of lasers.
|For seminal contributions to the development of attosecond science and its application to atomic and molecular spectroscopy.
|Richard M .Osgood
|For seminal contributions to novel laser systems, laser-surface photochemistry, and integrated linear and nonlinear Si waveguides.
|Robert W. Boyd
|For contributions to nonlinear optics, including room temperature slow light and the nonlinear optics of composite materials.
|For contributions to semiconductor-laser theory, in particular the implementation and verification of many-body effects
|Govind P. Agrawal
|For sustained contributions to fiber-optic telecommunication technology through innovative research and authorship of numerous widely-respected books in the field.
|Andrew M. Weiner
|For seminal contributions to ultrafast optical signal processing, including development of ultrashort pulse arbitrary waveform generation technology and its applications
|For seminal contribution and leadership in the advancement of optical communications and fiber lasers through the invention of the compact erbium-doped fiber amplifier (EDFA.
|For field opening contributions to electromagnetically induced transparency and to quantum dot based information processing.
Jeffrey H. Shapiro
Horace P. Yuen
|For pioneering and seminal contributions to the theory of the generation, detection, and applications of novel states of light.
|For the invention and development of light-trapping crystals and the elucidation of their properties and applications.
|For outstanding contributions to the field of ultrafast science in particular to the generation of single attosecond pulses
|For pioneering contributions to the development of femtosecond and attosecond science.
|For pioneering contributions to ultrafast optics including optical sampling and intense fs pulses
|Marlan O. Scully
|For field-opening contributions to the foundation of laser physics.
|For pioneering contributions to blue, green, and white light emitting diodes and blue semiconductor lasers.
|For seminal contributions to the generation, understanding, and system application of optical solitons.
|For the invention and first demonstration of the technique for producing amplitude squeezed light semiconductors.
|For his contributions to the derivation of the master equation for signal transmission in fibers, discovery of optical solitons and the theoretical developments for application of solitons to all optical high speed communication systems.
|Rudolf F. Kazarinov
|For his seminal and wide-ranging theoretical contributions to the semiconductor laser field including the double-heterostructure laser, the distributed-feedback laser and intersubband lasers.
|Erich P. Ippen
|For pioneering work in ultrafast optics, optical diagnostics and novel methods of mode- locking.
|Robert L. Byer
|For pioneering inventions and contributions to solid-state lasers, optical parametric oscillators, and nonlinear optics.
|Daniel S. Chemla
|For his seminal contributions to the field of nonlinear optics and the understanding of electronic excitations in quantum confined systems.
|Stephen E. Harris
|For pioneering contributions to quantum electronics including the invention of the FM laser, methods of UV and X-ray generation and lasing without inversion.
|For his pioneering contributions to the development of a variety of new photonic devices and their use in important signal processing functions.
Joseph E. Geusic
LeGrande Van Uitert
|For their invention & development of the Neodymium:YAG laser.
|For fundamental contributions and technical leadership in the fields of quantum electronics and optical communications.
|David H. Auston
|For pioneering and fundamental contributions to the field of picosecond optoelectronics and ultrafast optical phenomena.
|For his numerous contributions to the field of quantum electronics, including the invention of the unstable optical resonator and for contributions to the theory of mode-locked lasers.
|For his contributions to the discovery of the Argon, Krypton, and Xenon ion lasers.
|For his seminal experimental and theoretical work which initiated worldwide study of laser radiation pressure and for his continuing exceptional contributions to the development of this field.
|For pioneering contributions to waveguide gas lasers, stabilized lasers, bistable optical devices and to the understanding of fundamental limits on nonlinear optical switching devices.
|For fundamental contributions to lasers, Raman scattering and non-linear optical processes.
|For his contributions to optical waveguide devices and laser modelocking.
|For his contributions to electro-optics, waveguide devices, optical fibers, and semiconductor lasers.
|For technical contributions and teaching in the field of optical communications, including semiconductor lasers, fibers, and integrated optics.
|For his theoretical contributions which provide fundamental understanding for practical designs of optical dielectric waveguides.
|In recognition of his pioneering contributions to lasers and electrooptics.
|For the invention and operation of the “first” glass laser, fiber-optics, and contributions to optical fibers.
|A. Gardner Fox
|In recognition of outstanding contributions to the theory and application of ferrite, nonreciprocal, and parametric devices and laser resonator modes and devices.