Researchers postulate that the quantum Cheshire cat effect, in which a property of a quantum object becomes separated from the object itself, can have dynamics of its own
Read article: Quantum Cheshire cats could have a travelling grin
Proposed device uses superconducting technology
Read article: Black-hole laser could have quantum computing applications
Experiment attaches precise numbers to a photon’s wave-like and particle-like character
Read article: Wave–particle duality quantified for the first time
Sabine Hossenfelder reviews Shell Beach: the Search for the Final Theory by Jesper Grimstrup
Read article: A personal mission: one scientist’s search for a theory of everything
Laura Hiscott reviews the play The Mirror Trap and speaks to its writer and star, Simon Watt
Read article: An interactive play where quantum physics and psychology collide
New evidence supports theory that the electron may be composed of two particles
Read article: Electron’s dual nature appears in a quantum spin liquid
Device could interfere much larger molecules than is currently possible
Read article: Long-awaited magnetic interferometer might probe quantum gravity
Researchers use ultracold molecules to explore all possible outcomes of a chemical reaction
Read article: Chemistry gets put to a quantum test
Quantum effects allow more work to be extracted from a system than would be expected in a classical world
Read article: Quantum mechanics gives new insights into the Gibbs paradox
Precisely controlling nuclear excitations could aid the development of ultraprecise clocks as well as batteries that can store huge amounts of energy
Read article: Atomic nuclei go for a quantum swing
