Justin Solomon, an associate professor at MIT, is pioneering the field of discrete differential geometry, applying modern geometric techniques to solve problems in computer vision, machine learning, and statistics. His work has broad implications beyond mathematics, inspiring applications in various fields such as creating non-repeating patterns for tiles and influencing serious research papers. His efforts are gaining attention and recognition from various sources, including MIT and the computer science community.
A shape that can cover a surface without forming repeating patterns can serve as the ultimate bathroom tile, but its discovery by mathematicians this year has also inspired everything from jigsaws to serious research papers ๐ https://t.co/FOROHbuR1u
A computer scientist pushes the boundaries of geometry: Justin Solomon, @MITEECS associate professor and member of @MITCSAIL, applies modern geometric techniques to solve problems in computer vision, machine learning, statistics, and beyond. https://t.co/DquWbvq6Ut
.@MIT Associate Professor @JustinMSolomon applies modern geometric techniques to solve problems in #computer #vision, #MachineLearning, #statistics, and beyond. https://t.co/miDf2iU0wU https://t.co/4RbZwH8QLI
A computer scientist pushes the boundaries of geometry https://t.co/EHSb0QoqtV
"A computer scientist pushes the boundaries of geometry" โ MIT news Here are all the key points! 1/11 ๐งต https://t.co/MPaDY7JXLm
"Justin Solomon is pushing the boundaries of geometry! He's working to create a new field of math called "discrete differential geometry." See how he's doing it: #Math #Geometry #ComputerScience #MIT https://t.co/SR72Wlw3Jy