Browse Physics

An experimental team provides new supporting evidence for a self-annihilating quasiparticle inside specially prepared superconductors.

Theoretical calculations describe the behavior of a large quantum circuit by taking advantage of certain symmetrical relationships between superconducting elements.

Radiative heat transfer usually increases at shorter separation distances, but new calculations describe micron-scale cases where less heat is exchanged as two objects approach.

For sufficiently thin films of topological insulators, the metallic surface states that make these materials interesting become insulating.