Engineered light transforms Boehm’s brushes from a faint visual pattern into a much brighter one that could help catch retinal disease.
Jamir Marino explores how to control Rydberg atoms to advance future quantum technologies.
Researchers propose new way to detect altermagnets, a recently discovered class of materials that could make electronics more energy efficient.
Ferromagent iron finds way to sync with superconducting metal vanadium.
Study offers user-friendly template for simulating quantum systems on consumer laptops, saving supercomputers for more complex systems.
The research, funded by the Department of Defense, focuses on developing new concepts in non-invasive testing and evaluation of semiconductor chips.
Supported by a $1 million National Science Foundation grant, the system will spur research and economic development in electronics, quantum computing and more.
A new UB-led study helps solve a longstanding physics mystery about the insulator-to-metal transition.
Growing thin layers of crystals made from different materials on top of each other isn’t easy. Could a technique called ‘dative epitaxy’ help?
Researchers simulate quantum network, offering clues into what hardware is needed to support these advanced computers.
