معرفی
David Chudnovsky is a Distinguished Industry Professor in the Department of Electrical and Computer Engineering at New York University’s Tandon School of Engineering. He collaborates closely with his brother Gregory Chudnovsky, and their joint work spans number theory, mathematical physics, and large-scale numerical computation. Their research includes groundbreaking projects such as calculating pi to over 4 billion digits, restoring the Met’s Unicorn Tapestries using supercomputing algorithms, and simulating galactic evolution through 'Galaxy in a Box.' They founded the Institute for Mathematics and Advanced Supercomputing (IMAS) and have authored over 150 papers and 12 books.
Education: Received a Doctor of Philosophy from the Ukrainian Academy of Sciences. Their work intersects with art, engineering, and computer science, emphasizing the practical applications of mathematics in fields like digital signal processing and 3D imaging. Notable contributions include supercomputer design optimizations and collaborations with institutions like the Metropolitan Museum of Art.
Research highlights include the use of Delaunay triangulation for image restoration and the exploration of parallel computing architectures. Their interdisciplinary approach bridges pure mathematics with real-world challenges, from climate modeling to medical imaging.
