The most distinguished of all OSA Member categories, Honorary Membership is awarded to individuals who have made unique, seminal contributions to the field of optics. The roster of living Honorary Members demonstrates the high stature of this designation: Arthur Ashkin, Nicolaas Bloembergen, Steven Chu, Claude Cohen-Tannoudji, Roy J. Glauber, John L. Hall, Theodor W. Hänsch, Stephen E. Harris, Robert W. Hellwarth, Nick Holonyak, Donald B. Keck, Herwig Kogelnik, John C. Mather, William D. Phillips and Emil Wolf.
Honorary Members are elected by unanimous vote of the OSA Board of Directors upon nomination by the OSA Presidential Advisory Committee and unanimous endorsement by the OSA Awards Committee. The number of living Honorary Members cannot exceed two-thousandths (2/1000) of the total membership of the Society. Normally, no more than one Honorary Member can be elected in a calendar year, although the Board of Directors may exceed that limitation under extraordinary circumstances.
Honorary Members receive a complimentary OSA lifetime membership and other special recognitions of their distinguished status, including complimentary OSA meeting registrations and member subscriptions to all OSA journals of their choice.
Any OSA member may nominate someone to the status of Honorary Membership by sending a brief (no longer than one page) advocacy statement discussing the candidate to: OSA Awards Office, 2010 Massachusetts Ave., NW, Washington, DC, USA 20036; or email email@example.com. The deadline for nominations is 1 March.
John C. Mather
For measuring, with his COBE team, the cosmic background radiation and its anisotropy with amazing precision from 50 to 600 GHz. The temperature of the Big Bang radiation was determined as 2.725 +/‐ 0.001K. According to the Nobel committee the COBE project can be regarded as the starting point of cosmology as a precision science.
For fundamental, inventive and widely influential contributions to optics and photonics including the visible LED and the quantum well diode laser, technologies underlying solid-state lighting, the internet, and high performance computing.
Robert W. Hellwarth
For pioneering introduction of Q-switches to lasers and profoundly influential contributions to the science of nonlinear optics, including stimulated light scattering, origins of nonlinear refractive index, photorefractivity and phase conjugation.
Stephen E. Harris
For pioneering and profoundly influential contributions to the science of light, including optical parametric emission, lasing without inversion, electromagnetically induced transparency, and single cycle optical pulse generation.
Donald B. Keck
For breakthrough contributions to the field of optical communications, including the invention of the first low-loss optical fiber, and for a history of service to OSA.
Jarus W. Quinn
For his exceptional leadership of the OSA as its Executive Director from 1969 through 1994 and the profound influence that he has had on making the society the success that it is today.
James P. Gordon
For his numerous high-impact, seminal contributions to quantum electronics and photonics, including the first demonstration of the maser.
for his pioneering work on optical trapping and the development of optical tweezers
John L. Hall
For pioneering work on high-precision laser metrology and fundamental optical tests of physical principles.
For achievements in several areas of optics and photonics, contributions to lightwave communications by directing industrial research and for leadership in the scientific community.
For outstanding leadership in quantum optics, from initial studies of optical pumping, through seminal work on sub-Doppler limit laser cooling.
for his distinguished contributions and monumental role over the past 45 years in creating and developing quantum electronics
In recognition of his preeminent service in the advancement of optics.
John Donovan Strong
For pioneering work in aluminization of telescope mirrors, development of grating engines, infrared instrumentation and spectroscopy, and atmospheric and planetary physics using balloon-borne equipment.