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Brilliant 10: The Computational Contortionist
Brilliant 10: The Computational Contortionist,When Eitan Grinspun's adviser at the California Institute of Technology asked him to help develop a better way to model how cans bend when crushed, the young mathematician did not think it would be a major project. "He lured me into something that took years and years," says Grinspun, now at Columbia University. But the journey to model a crushed Coke can ended with an entirely new field of geometry. Differential geometry can describe how the curves and surfaces of a given object will bend and crease.

Brilliant 10: The Computational Contortionist

When Eitan Grinspun’s adviser at the California Institute of Technology asked him to help develop a better way to model how cans bend when crushed, the young mathematician did not think it would be a major project. "He lured me into something that took years and years," says Grinspun, now at Columbia University. But the journey to model a crushed Coke can ended with an entirely new field of geometry. Differential geometry can describe how the curves and surfaces of a given object will bend and crease.