Physics

Scientists at Brookhaven Lab use 2D physics to decode neutron star secrets, simplifying dense nuclear matter study & advancing understanding …

Groundbreaking discovery: NANOGrav detects unexpectedly intense gravitational waves from merging supermassive black holes, unveiling a new window into the universe.

Webb Telescope detects complex organic molecules in a distant galaxy, marking a major breakthrough in early universe chemistry.

Harnessing intentional defects in an engineered electrocatalyst enhances hydrogen gas production. Beijing researchers present a superior reaction pathway with increased …

Unlocking dark matter mysteries through a multiply-imaged supernova. Gravitational lensing offers new insights into the universe’s expansion. Discoveries published in …

Unprecedented discovery: Quantum vortices in superconductors can contain fractional quantum flux, leading to new applications in electronics and computing.

Quantum computing breakthrough: Detecting fractional quantum anomalous Hall states in semiconductor flakes paves the way for stable qubits.

Scientists demonstrate water’s interaction with graphene’s electrons, uncovering quantum friction phenomenon with potential applications in water purification and liquid-based computing.

Revolutionary UVA-led study challenges established beliefs about associative polymers, offering new insights into their molecular behavior.

New quantum theory from CityU unlocks potential of light-induced matter, revolutionizing photonics and optical technologies.