From Our Blogs

The ATcT is the newest addition to the Office of Science’s Public Reusable Research Data Resources.

A team of scientists explains its new search method using optically levitating nanospheres to obtain precise nanoparticle recoil measurements.

The project focuses on creating algorithms that provide explanations for an AI model’s decision-making, enabling human trust & understanding.

A Columbia professor, postdoc and alum are co-authors on a paper that uses new methods to analyze the waves that black holes emit when they collide.

Carolina researchers' recent findings may represent a new pathway toward efficient and potentially cheap production of hydrogen fuel from sunlight.

Researchers publish results on the Majorana Demonstrator, the experiment that run from 2015 through 2021, and reflect on mission accomplished.

By adding tungsten diselenide, engineers enhanced the graphene's electrical properties in ways that enrich our understanding of superconductivity.

Physicist David Newman’s work in magnetic confined fusion is on a problem that develops as plasma heats up, called turbulence and turbulent transport.

Researchers demonstrated a new type of optical nanoscopy that can measure electron dynamics in semiconductors, with high resolution.

New analysis of black hole collisions shows more details and reveals "nonlinear" effects contained in gravitational waves.