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B. Roy Frieden is a physicist at the Optical Sciences Center of the University of Arizona.
 
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B. Roy Frieden is a mathematical physicist, and Emeritus Professor of Optical Sciences, at the University of Arizona (email roy.frieden@optics.arizona.edu). He invented laser beam shaping (1966), maximum entropy image processing (1972), and the principle of Extreme Physical Information (EPI) for deriving laws of physical science (1989). (See item "Extreme Physical Information" in Wikipedia). His current research activity is applications of EPI to unknown systems for the purpose of finding their probability density functions.
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B. Roy Frieden is a mathematical physicist, and Emeritus Professor of Optical Sciences, at the University of Arizona (email roy.frieden@optics.arizona.edu). He invented laser beam shaping (1966), maximum entropy image processing (1972), and the principle of Extreme Physical Information (EPI) for deriving laws of physical science (1989). (See item [[Extreme physical information]] in Wikipedia). His current research activity is applications of EPI to unknown systems for the purpose of finding their probability density functions.

Revision as of 20:28, 16 August 2004

This page has been listed on Wikipedia:Votes for deletion.
Please see its entry on that page for justifications and discussion. If you don't want the page deleted, please read the deletion guidelines and vote against its deletion there. Please do not remove this notice or blank this page while the question is being considered. However, you are welcome to make improvements to it.

B. Roy Frieden is a mathematical physicist, and Emeritus Professor of Optical Sciences, at the University of Arizona (email roy.frieden@optics.arizona.edu). He invented laser beam shaping (1966), maximum entropy image processing (1972), and the principle of Extreme Physical Information (EPI) for deriving laws of physical science (1989). (See item Extreme physical information in Wikipedia). His current research activity is applications of EPI to unknown systems for the purpose of finding their probability density functions.