CUNY researchers have simulated the Penrose-Zel’dovich process using a stationary, time-modulated metamaterial ring. This experiment provides a controllable platform to study wave amplification and energy extraction through synthetic rotation.

Copenhagen scientists have developed a 'neutrino weather map' that estimates the origin and energy distribution of particles reaching Earth from across the galaxy.

Data from the GW250114 black hole merger allows scientists to map the 'ringing' of space-time, providing a test for Einstein’s general relativity. This analysis also confirms predictions such as Hawking’s area theorem.

Researchers confirmed a stellar-mass black hole in Omega Centauri by tracking the 94-year orbital path of a companion star using two decades of data.

Scientists identified a velocity drift between ionized gas and neutral particles in a prestellar core, revealing how gravity overcomes magnetic resistance.

Astronomers have successfully measured the mass of a dormant supermassive black hole in the early universe by leveraging gravitational lensing.

New Horizons data reveals a measurable deceleration of the solar wind as it interacts with interstellar gas. This research helps clarify the heliosphere's protective boundary and its role in shielding the solar system.