Dr. Rob Williamson

Innovations emerging from the super-high-efficiency diode sources program haven't just boosted the efficiency of hero devices, says Alfalight's Rob Williamson, they have also had the knock-on effect of driving up the performance of commercial products across the board.

— Robert S. Williamson III, Ph.D., Director of Business Development, Alfalight, Inc.

From the magazine: SHEDS leaves high-power legacy, says Alfalight's Rob Williamson (requires member sign in)

Rob Williamson and Manoj Kanskar report on dramatic improvements in the power conversion efficiency of high-power laser diode bars, enabling higher-reliability devices and new applications.
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Rob Williamson is director of business development at Alfalight, Inc, Madison, WI.
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Rob Williamson and Manoj Kanskar

According to Rob Williamson, Alfalight director of ...

, Robert S. Williamson III, Ph.D., Director of Business Development, Alfalight, Inc.

Speaker: Dr. Rob Williamson, Director of Marketing, Alfalight, Inc.Location: Rocky Rococo's Pizza
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Speaker: Dr. Rob Williamson, Director of Marketing, Alfalight, Inc.Location: Rocky Rococo's Pizza
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Rob Williamson is currently the Director of Marketing at Alfalight, a high-power diode laser manufacturer in Madison, Wisconsin.In his previous roles, he has led the development and marketing of high-speed optical communication devices, ultrastable lasers, and other optoelectronic instruments for telecommunication and industrial applications.Dr. Williamson has a Ph.D. in Physics from the University of Wisconsin - Madison and a B.S. in Physics from Caltech.He holds four patents, has published numerous papers and articles, and has led development efforts in the IEEE Ethernet Standards Committee.He is a member of IEEE Lasers and Electro-Optics Society, the American Physical Society, and Sigma Xi.

— Robert S. Williamson III, Ph.D., Director of BusinessDevelopment, Alfalight, Inc.

According to Rob Williamson, Alfalight director of marketing, the company has been a key contributor to DARPA's SHEDs (Super High Efficiency Diodes) program, which set a target of 80% efficiency for high-power laser diodes operating at 976 nm.