
Dr. Roman Polyak is a fortunate man. In mathematics, his area of research, few get to see their discoveries translated into actual applications during their lifetime.
Yet more than two decades after he first developed his theory and published it, Polyak watched a conference presentation that showed how his mathematics had translated into a device to help treat cancer.
“In the presentation, they showed a photo of a boy,” said Polyak, smiling as he recalled the image of a young patient helped by this new technology. “I was in heaven. I never dreamed, 25 years ago, that rather abstract mathematics could be used for cancer treatment.”
Polyak, who holds a joint appointment in operations research and mathematical sciences at George Mason University, works in the field of mathematical optimization. Optimization, as the name implies, involves making something as effective as possible.
“People have been working on optimization since the ancient Greeks learned that a string encloses the most area when it is formed into the shape of a circle,” he said
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