Tag: Quantum

Physicists have directly visualized Landau-Zener-Majorana transitions in graphene, showing electrons tunneling across energy gaps with up to one hundred percent ...

A new analysis argues that trust in the quantum internet depends on governance, regulation and independent oversight rather than technical ...

Researchers at Tohoku University embedded nitrogen vacancy centers in a single-crystal diamond MEMS cantilever, allowing the device itself to sense ...

A new theoretical paper proposes that particle-like mass can emerge from nonlinear self-interactions of a single gauge field, without a ...

A City College of New York team converted microwave signals into coherent optical light using magnetic waves in the layered ...

Columbia University researchers report the first observation of electron waves trapped in place inside a two-dimensional metal, Pd5AlI2, by quantum ...

A theoretical study of a non-commutative Schwarzschild-like black hole finds its Hawking temperature unchanged at second order, while its shadow ...

NIST-developed transition-edge sensors measured interfering X-ray emissions from uranium, plutonium and neptunium with reduced uncertainty, providing a more precise basis ...

A qualitative information-systems study identifies potential quantum-computing contributions to catalyst research, electrolysis, storage and system decisions in a national green-hydrogen ...

An ultrafast light-and-modeling study found that superconductivity and the pseudogap compete in cuprates, identifying a possible obstacle to higher-temperature superconductivity.