A new device uses millimeter-wave radiation to accurately read the states of superconducting qubits without altering them.

The Rubin Observatory has spotted a distant object that could join Pluto in the Solar System’s exclusive family of dwarf ...

Low-frequency radio observations delineate filamentary structures at the heart of a cluster of galaxies. Named after the musical symbol it resembles, the Treble Clef is an example of what astronomers ...

Flat bands harbor exotic electron physics. A new way of realizing them could make the physics more accessible.

Lab experiments provide new details about the charge-transfer process that occurs in ash clouds and other collections of particles. Electric volcano. Triboelectric charging caused by collisions of ash ...

Experiments show that bundling of individual strands of an important protein polymer can occur through capillary forces, not just through molecular binding.

Topological superconductors hold promise for fault-tolerant quantum computing, but isolating signatures of the desired topological states has proven an elusive goal. A new study of an iron-based ...

A device that stores a single positron and controls its quantum states could measure its magnetic moment with unprecedented precision, testing a symmetry principle central to quantum field theory.

Figure 1: Moore and his colleagues measured the momentum kick imparted by a single gas molecule on an optically levitated silica nanoparticle (center) [2]. Thanks to the isolation offered by setups ...

According to the Heisenberg uncertainty principle, both the position and momentum of a quantum particle cannot be known with unlimited precision. In 1965, theorists showed that this principle does not ...