Discover
/
Article

Obituary of Douglas Goodman (1947-2012)

JUL 13, 2012
Amy Nelson
3294/pt41748_pt-4-1748-online-f1.jpg

SPIE Fellow Douglas Goodman,Douglas Goodman JPEG 65, died on 14 May in Memphis, Tennessee. A born scientist, Goodman brought his enthusiasm and humor to everything he did, and helped to spread his love of optics through creative demonstrations for young people.

Goodman received his PhD at the University of Arizona Optical Sciences Center in 1979, under Roland Shack. He worked on imaging with partial coherence, pursuing a fruitful research career in optical physics, at IBM, Polaroid and at Corning Tropel in Rochester, where he was Senior Scientist. His broad knowledge and abundant creativity spawned many technical innovations and put his name on scores of patents. He reluctantly retired in 2007 as a result of the Parkinson’s disease that struck him in the prime of his working life.

At Polaroid in 1993, Bill Plummer got him interested in optomechanical design, ‘and he was a whiz at it,’ said Plummer, now president of WTP Optics. ‘When he dived into kinematic design, with deterministic techniques such as placing cylinders in vee-blocks, he was so excited that he said he wanted to start a new religion based on that.’ (Goodman authored a few conference papers on the subject and at least one heavy tome is still available online:'Cylinders in Vs.’)

Goodman’s formidable mind was balanced by an easygoing and self-effacing manner. Few scientists have worn their intellect so lightly. He believed that curiosity was a natural human trait and that science was open to anyone willing to look at the world and ask questions. In the latter part of his career he became very active in optics education, and especially enjoyed giving presentations to groups of young people, demonstrating the principles of his science with an ordinary classroom overhead projector.

He will be remembered by family, friends, and colleagues for his gentle personality, his bold, unique mind, and his outrageous sense of humor.

‘Doug was one of the finest optical engineers I have worked with, and I have worked with many of the best,’ said Plummer. ‘For him it all seemed to be great fun, and he accomplished a lot.’

Goodman’s humor and his love of teaching was evident in several articles he contributed to the SPIE publication OE Reports in the 1990s. A few selected quotes:

‘It is often the case that the more we know about something, the more difficult it is to define it. We all once understood what a light ray is -- then we learned about wave optics. Now, we don’t quite know anymore what a ray is and we may be slightly embarrassed that something so indispensible is so unreal.’ ‘The kids investigate the equipment, moving about at their own rate. They ask questions, explore, and try their own juxtapositions of the apparatus. It is pleasing to see them looking at things with fresh eyes, trying things that we pros would never think to try.’ ‘The kids have no respect! They will ask you anything. They will make you look bad. They will make you realize how little like Richard Feynmann you are.’

Goodman was credited with nearly 50 patents, and also served for many years as an adjunct faculty member at the University of Rochester Institute of Optics. In the 1990s he compiled a bibliography of classical optics with nearly 1,500 entries.

Goodman is survived by his wife, Carolyn Wenk, and his daughter, Sarah, as well as his mother, two brothers, and one sister. The family suggests a contribution to the American Parkinson Disease Association or a charity of the donor’s choice.

Related content
/
Article
(15 July 1931 – 18 September 2025) The world-renowned scientist in both chemistry and physics spent most of his career at Brown University.
/
Article
(24 August 1954 – 4 July 2025) The optical physicist was one of the world’s foremost experts in diffraction gratings.
/
Article
(19 July 1940 – 8 August 2025) The NIST physicist revolutionized temperature measurements that led to a new definition of the kelvin.
/
Article
(24 September 1943 – 29 October 2024) The German physicist was a pioneer in quantitative surface structure determination, using mainly low-energy electron diffraction and surface x-ray diffraction.

Get PT in your inbox

pt_newsletter_card_blue.png
PT The Week in Physics

A collection of PT's content from the previous week delivered every Monday.

pt_newsletter_card_darkblue.png
PT New Issue Alert

Be notified about the new issue with links to highlights and the full TOC.

pt_newsletter_card_pink.png
PT Webinars & White Papers

The latest webinars, white papers and other informational resources.

By signing up you agree to allow AIP to send you email newsletters. You further agree to our privacy policy and terms of service.