University of Texas at Austin researchers mapped polarons, quasiparticles consisting of an electron and its surrounding distortions of atoms in a crystal lattice...Texas Advanced Computing Center From ACM TechNews | March 24, 2023
Researchers have developed an all-optical object classification technique that uses diffractive deep neural networks and a single-pixel spectral detector to classify...UCLA Samueli School of Engineering From ACM TechNews | March 16, 2023
Computationally efficient mathematical models aim to improve the accuracy of flexible medical needles used in surgical simulation without adding unnecessary steps...The Engineer From ACM TechNews | February 14, 2023
Scientists at Cerebras and the U.S. Department of Energy's National Energy Technology Laboratory said they can model extreme weather by accelerating field equations...ZDNet From ACM TechNews | February 10, 2023
Technology that measures the presence of alcohol in digital images could help recovering alcoholics evaluate their exposure to alcohol marketing on social media...La Trobe University (Australia) From ACM TechNews | February 2, 2023
Daniel A. Spielman and colleague Shang-hua Teng solved the mystery of the Simplex Method using a technique called smoothed analysis.
Allyn Jackson Commissioned by CACM Staff From ACM News | January 31, 2023
An open-source software program developed by researchers at Duke and other universities lets users take drawings or digital models of rounded shapes and turn them...Duke University From ACM TechNews | December 28, 2022
A computational analysis supports the idea that photons colliding with heavy ions can create a fluid of “strongly interacting” particles.
Brookhaven National Laboratory From ACM TechNews | December 20, 2022
Physicists created a quantum experiment to study the dynamics of a specific type of theoretical wormhole that can predict quantum gravity.
California Institute of Technology From ACM TechNews | December 2, 2022