Page 9 - Corresponding Editor News Today

Researchers have pinned down the binding energy and lifetime of the so-called hypertriton, a particle that could help explain the structure of neutron stars.

A liquid droplet pushed by the wind contracts and stretches its way along a surface until it breaks apart.

A theoretical analysis suggests that certain rotating black holes might be sensitive probes of quantum gravity.

A flower-petal pattern of light could induce electrical currents in a wider array of crystalline materials.

Experiments show that crude oil exposed to sunlight weathers differently in cold seas than in warmer ones, a finding that has implications for cleanup efforts of high-latitude marine oil spills.

Long-distance quantum communication can be achieved by directly sending light through space using a train of orbiting satellites that function as optical lenses.

An experimentally derived equation of state captures a turbulent energy cascade in a far-from-equilibrium quantum gas.

A beyond-standard-model interaction between neutrinos could show up in future supernovae observations.

A new artificial intelligence algorithm can model the behavior of a set of objects, such as helical springs or pendulums, using a method that can extrapolate to objects that the algorithm hasn’t previously analyzed.

Irradiating a uniaxial magnetic system with a specific sequence of microwave pulses can induce in the system quantum oscillations that cause the material’s spins to flip back and forth.