Predictions indicate that it should be possible to directly identify how turbulence heats a given black hole’s plasma from the spectrum of that plasma’s radiation.

Andrew Chael’s simulations identify black hole features that he hopes could be spotted by the next-generation Event Horizon Telescope.

The KATRIN experiment has delivered the best estimate to date for the maximum mass of a neutrino, finding it to be over 25% lower than the previous estimate.

A new classical algorithm reduces—by a factor of one billion—a recent claim of so-called quantum advantage.

Dynamic maps of 12 stellar streams trace paths that are determined by the distribution of mass in the Milky Way.

Waves of vibration moving through the walls of a pipe can carry orbital angular momentum that could be used for several purposes, according to new theoretical work.

Enclosing a cuprate superconductor in a passive THz-resonant cavity could provide a new route to modifying a superconductor’s properties.

An electron’s spin and valley information can be determined by monitoring how easily that electron passes through a qubit.

Researchers propose inducing density variations in a plasma to create a lens that can focus a petawatt-scale laser beam without being damaged.