Max Born Award
Get Involved
Learn more about the award and its establishment
Information and deadlines for nominations
View the members
Max Born Award
Presented to an individual who has made outstanding contributions to physical optics, theoretical or experimental.
The award was established in 1982 to honor Max Born, who made distinguished contributions to physics in general and optics in particular. It is endowed by the United Technologies Research Center, Physical Optics Corporation, and individuals including Joseph Goodman.
Winners
2024
For pioneering contributions to linear, nonlinear and nonreciprocal photonic metamaterials
2023
For seminal contributions to the fields of plasmonics, electromagnetism, and topological photonics
2022
For pioneering and ground-breaking research in nonlinear metamaterials and all-dielectric resonant metaphotonics that derives unique optical functionalities from electric and magnetic dipolar and multipolar Mie-type resonances underpinning new discoveries in nonlinear and topological nanophotonics.
2021
For pioneering work in ultrafast laser science and attosecond physics, realizing and understanding high harmonic generation and applying it to time-resolved imaging of electron motion in atoms and molecules.
2019
For sustained distinguished contributions to physical optics through innovative research on lasers, fiber-optical communications and nonlinear optics
2018
For founding and continuing to lead the fields of Parity-Time non-Hermitian Optics and Accelerating Waves, and for groundbreaking contributions in multiple areas in Physical Optics
2017
For contributions to optics and especially to optical momentum, including the optical spanner, the use of orbital angular momentum in communication systems, and an angular form of the Einstein-Podolsky-Rosen paradox
2016
For the experimental realization of major theoretical predictions in the field of metamaterials and graphene optics
2015
For numerous contributions to nanophotonics, including pioneering the "numerical experiments" approach for nanophotonics
2014
For creative and outstanding theoretical and experimental research in the fields of photonic crystals and left-handed metamaterials, and for novel applications of these materials to manipulate electromagnetic radiation
2013
For seminal contributions in nonlinear and quantum optics, among them the first observation of optical discrete solitons, the prediction of spatio-temporal solitons and light bullets, pioneering experiments with temporal shaping of entangled photons and quantum control, and groundbreaking work in nonlinear microscopy
2012
For groundbreaking theoretical work on atom-light interactions, including the elucidation of new laser cooling mechanisms, and for seminal experimental work on the optical manipulation of cold atoms and quantum gasses
2011
For seminal contributions in quantum optics and information theory, including the foundations of quantum noise, the role of entanglement in quantum information processing, and the fundamental limits of quantum measurement
2010
For seminal contributions to both the theoretical framework and the experimental realization of optical metamaterials
2008
For exceptional contributions to the fields of theoretical optics, laser physics and quantum mechanics, and for dissemination of scientific knowledge through authorship of a series of outstanding books
2007
For pioneering theoretical contributions to the fields of optical bistability and instabilities, optical pattern formation, cavity solitons, squeezing and quantum imaging
2006
For outstanding experimental contributions to quantum optics in squeezed state generation, in microcavity lasers, and in optical pulse propagation through periodic and nonlinear media
2005
For seminal contributions to nonlinear interface and optical bistability effects, hysteretic resonances of a single electron, and physics of sub-femtosecond pulses
2004
For creative application of light to new forms of spectroscopy, to manipulation and trapping of atoms, and for pioneering the new fields of atom optics and atom interferometry
2003
For outstanding theoretical contributions to quantum optics through the understanding of quantum fluctuations, especially in the open systems of resonance fluorescence and cavity QED
2002
For pioneering the field of stable lasers, including their applications in fundamental physics and, most recently, in the stabilization of femtosecond lasers to provide dramatic advances in optical-frequency metrology
2001
For contributions to theoretical and experimental research in basonic and fermionic squeezed states, back-action evading measurements, microwave radiation squeezing, Josephson parametric amplifiers, and the theory of local reality violations
2000
For his pioneering contributions in the field of optics and optoelectronics of semiconductors and their heterostructures
1999
For fundamental contributions to quantum optics, including experiments on the violation of Bell inequalities in atomic radiative cascade, and the manipulation of atoms by laser light
1998
For his outstanding and leading theoretical contributions to quantum optics, especially in the fields of quantum computation, quantum communications and networking, and Bose-Einstein condensation
1997
For his seminal contributions to the discovery and theoretical understanding of optical phase conjugation
1996
For many original contributions to the field of quantum optics, including the definitive experiments on photon anti-bunching and a quantitative analysis of optical bistability
1995
For many contributions to photon statistics of lasers, cooperative atomic radiation effects, and laser instabilities and chaos
1994
For his outstanding seminal contributions to the theory of wave propagation through random media, particularly optical propagation through atmospheric turbulence, as well as for his fundamental contributions to the fields of statistical and quantum optics
1992
For seminal and sustained contributions to physical optics, including work on the quantum theory of light and the optical properties of solids
1991
For his manifold original contributions to physical optics, including masers, the theory of quantum noise in lasers and in optical communications, radiation pressure, ultrafast phenomena, and solitons in optical fibers, and for his fruitful and selfless assistance to so many others
1990
For his pioneering theoretical and experimental contributions to self-induced transparency and optical bistability
1989
For his outstanding contributions in developing the theoretical framework for light propagation in dielectric waveguides, complemented by his textbooks which have significantly impacted the education and training of optical scientists and engineers
1988
For extensive contributions to the understanding of the interaction of radiation with matter, particularly in the areas of coherence, superflourescence, bistability, and nonlinear surface phenomena
1987
For works that deal with the theory of partial coherence in the space-frequency domain, scattering and inverse scattering, phase conjugation, radiation, and radiometry
1986
For distinguished and valuable contributions to the theory of Mie scattering and to the theories of the rainbow and the glory
1985
For contributions to the understanding of coherence and coherent states and the extension of optical methods to an analysis of high energy scattering processes
1984
1983
1982
* Deceased