Connecting the wave properties of light to the mechanical properties of point masses could help explain optical phenomena
Read article: Theorists unearth new link between entanglement and classical mechanics
Insights into “trajectoids” could lead to better qubits and NMR
Read article: Shapes are programmed to roll along specific downhill paths
Siblings Eugenia Viti and Ivan Viti explore the mathematical limits of the everyday
Read article: Approaching infinity…and beyond
Hamish Johnston looks into the radical thoughts and wide-ranging work of mathematical physicist Freeman Dyson
Read article: Freeman Dyson: the visionary thinker and maverick scientist who challenged authority
The connection between the two effects can now be explained without recourse to quantum theory
Read article: Superposition and entanglement flee the quantum nest
Dissipation–time uncertainty relation studied using a trapped ion
Read article: ‘Speed limit’ on changes in non-equilibrium systems confirmed by new experiment
Imaginary numbers are more that just a mathematical convenience
Read article: Complex numbers are essential in quantum theory, experiments reveal
Synthetic magnetic fields control flow around quantum trimers
Read article: Theory of non-reciprocal flow could lead to new quantum devices
Soliton scheme needs vast amounts of energy
Read article: Spacecraft in a ‘warp bubble’ could travel faster than light, claims physicist
Simple yet “eye-catching” formula agrees with experimental results
Read article: Fundamental constants set upper limit for the speed of sound
