#black-holes

#black-holes

Supermassive black holes are believed to inhibit star formation and influence the universe's expansion.

The James Webb Space Telescope identifies a supermassive black hole as the cause of Pablo's Galaxy's decline, halting its star formation.

The universe's decay rate is significantly faster than previously predicted, now estimated at 10 to the power of 78 years.

Early universe black holes are more numerous than previously estimated, reshaping our understanding of cosmic formation and evolution.

Extreme Nuclear Transients (ENTs) are the most powerful cosmic explosions ever observed, far exceeding supernovae and normal tidal disruption events.

A supermassive black hole is preventing the galaxy GS-10578 from forming new stars, effectively rendering it 'dead.'

A lone black hole without orbiting stars has been discovered in the Milky Way, revealing new insights into black hole detection.

Black holes in large galaxies may not merge quickly and can be ejected far from the galaxy core.

Quasars can significantly influence galaxy interactions by limiting star formation in opposing galaxies during cosmic encounters.

Gravitational waves, first detected a decade ago, now reveal new insights into cosmic events, including near misses between black holes.

Black holes do not suck surrounding matter but have strong gravitational influences akin to large masses.

Researchers have created a harmless proof of concept for a 'black hole bomb' to study energy extraction from black holes.

Superradiance principle indicates a black hole bomb could theoretically be constructed, advancing our understanding of black hole physics.

Singularities challenge our understanding of space, time, and gravity, and simplifications in Einstein's equations help explore these complex phenomena.