Joseph Fraunhofer Award / Robert M. Burley Prize
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Joseph Fraunhofer Award / Robert M. Burley Prize
Recognizes significant research accomplishments in the field of optical engineering.
The award was established in 1982 to honor Joseph Fraunhofer for his contributions to the field of optical engineering. The prize was added in 1992 in memory of Robert M. Burley, who exemplified many of the highest attributes of the optical engineer and was the first recipient of the Fraunhofer Award. The award and prize are endowed by the Baird Corporation, the Burley Family and Prof. Shin-Tson Wu.
Winners
2024
For seminal contributions to the materials aspects and engineering of amorphous oxides for optical coatings of high intensity lasers and gravitational wave detectors
2023
For seminal contributions to optical fiber-based systems ranging from telecom testing protocols and instruments, to pioneering work on distributed sensor instrumentation for infrastructure monitoring, to multi-parameter sensing probes for medical imaging
2022
For seminal optical engineering contributions to computational optical imaging, lensfree microscopy, holography and mobile optical sensing.
2021
For significant contributions to the field of optical super-resolution including the invention of many novel concepts bypassing Abbe’s limits of diffraction and the geometric limits set by the sensor
2020
For numerous creative and innovative applications in several fields of optical engineering including Astronomy, Medical Imaging, Augmented & Virtual Reality, Image Science, and Freeform Optics
2019
For seminal contributions to the field of digital interferometric and holographic sensors and their commercial applications
2018
For seminal contributions to passive and active multi-dimensional imaging from nano- to micro- and macro-scales
2017
For pioneering, seminal and wide ranging contributions to nanoscale engineering linear and nonlinear optical materials and devices for optical information processing systems
2016
For pioneering contributions to the field of photonics engineering, including founding the sub-field of optofluidics engineering
2015
For his outstanding contributions in the development of metrology facilities for imaging polarimetry and spectro-polarimetry
2014
For discovery of exceptional new design methods and devices in both nonimaging and imaging optics over more than three decades, with special emphasis in freeform surface design
2013
For seminal contributions to the field of computational optical imaging and its commercial application
2012
For pioneering research in the development of EUV reduction lithography with a multilayer-coated reflective imaging system and a reflective mask for use in the fabrication of semiconductor integrated circuits
2011
For many clever developments in optical fabrication and testing and the education of optical engineering students
2010
For exceptional contributions to optical engineering through liquid crystal displays, tunable photonics, and adaptive-focus lenses
2009
For pioneering and continuous contributions to the field of nonimaging optics including the development of design methods and nonimaging devices for applications from solar energy to particle physics
2008
For seminal contributions to the development and application of ultrafast lasers and notably pioneering work on semiconductor saturable absorber mode-locking
2007
For innovation in optical systems development, including large astronomical telescope and mirror technology, methods for observing extrasolar planets, fiber-fed spectroscopy, adaptive optics, and a possible optical solution for global warming
2006
For fabricating some of the world’s most advanced photonic crystals and photonic crystal devices, working uncompromisingly at optical frequencies
2005
For innovation in the design, theory, and application of diffractive and hybrid optical elements to solve a wide range of problems
2004
For pioneering contributions to optical fiber communication including the engineering and application of the Erbium-doped fiber amplifier, fiber-Bragg-grating stabilized pump lasers, and MEMS optical cross-connects
2002
Daniel Malacara Hernandez, Sr.
For outstanding contributions to the art of interferometry and the science of optical testing passed on to posterity through his many publications and the education of his students. And for the establishment of several scientific institutions in Mexico
2001
For providing a lifetime effort wherein he detailed the very essence of practical optical engineering and applied optics, with profoundly understandable contributions benefitting in large measure every optical engineer worldwide
2000
For his invention of the photonic crystal fiber, an array of micron-spaced sub-micron holes allowing extremely large mode area single-mode fibers offering solid-core fibers with better power handling
1999
For significant contributions to the invention and development of advanced laser diode products. This work encompassed both device development and record-breaking demonstrations of high-power sources, including diode laser arrays, semiconductor amplifiers and singlemode waveguide laser diodes. He is recognized for the successful commercialization of over 50 high power semiconductor laser products, developed either directly from his research
1998
For pioneering contributions in the use of diffractive optical elements in laser resonator design and the coherent addition of beams from arrays of lasers including laser diodes. Through his applied research and publications, he stimulated new directions in the use of diffractive optics for beam combination and shaping that are finding widespread applications in many fields of optics
1997
For his exceptional accomplishments in the field of optical engineering, for making state-of-the-art optical technology affordable, bringing extremely sophisticated optics into the consumer marketplace, and for his expertise and willingness to participate in all aspects of engineering from technology and product development to manufacturing
1996
For exceptionally creative optical design, engineering, and testing of the 10-meter Keck telescope segmented primary mirror. The ingenuity and accomplishments were the keystone of the world's largest and highest performance optical telescope
1995
For tireless efforts to simplify the theoretical underpinnings of optical thin films and for casting design rules into graphical forms that can be easily manipulated without extensive computations
1994
For outstanding work in the field of quantitative microscopy. Specifically, for the creation of new optical instruments for medicine and biology, thereby advancing the field of optical engineering
1994
For outstanding work in the field of quantitative microscopy. Specifically, for the creation of new optical instruments for medicine and biology, thereby advancing the field of optical engineering
1993
For recent fundamental technical contributions and teaching that have furthered the application of the principles of precision optical engineering, particularly with regard to the theory, design, and manufacture of diffraction grating structures
1991
For his continuing exemplary and pioneering work in optical engineering, particularly the development of high performance non-rotationally symmetric optical systems
1990
For his fundamental contributions to the development of automated optical signal tools
1989
For his pioneering scientific and engineering contributions to interferometry, laser speckle, and holography
1988
For pioneering work in all areas of modern optical design and testing, as well as a special understanding of the behavior of light in physical systems and the application of that knowledge to practical engineering purposes
1987
For development of numerical methods for the automatic design of optical multilayer coatings with pre-defined spectral characteristics, as well as methods for their practical realization
1986
For contributions to the development of computer optimization techniques in lens design
1985
For contributions to the design of optical fiber connectors and the development of an undersea lightwave system
1984
For persistent and continued efforts toward perfecting the techniques of high resolution lithography
1983
For his achievements in optical engineering, including the design, development, engineering and manufacturing of many optical instruments
1982
For the unique leadership and technical contributions that he has given to the vast number of optical and electro-optical projects with which he has been associated during a career that began nearly 50 years ago
* Deceased