The theoretical physicist Tannie Liverpool talks about the mathematics of wound healing, and much more
Read article: Statistical physics provides powerful insights into the living world
Hypothetical objects could be observed in gravitational waves
Read article: Could gravastars be nested inside one another like a Russian doll?
Approach uses the random coupling of the quantum and classical worlds
Read article: Unifying gravity and quantum mechanics without the need for quantum gravity
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
