Black holes: gravity's engines shaping galaxies and revealing the laws that bind the cosmos.
Black holes can emit detectable light via tidal disruption events long after swallowing stars, brightening galaxies briefly.
Spinning black holes drag spacetime itself, twisting it enough to power the most violent jets across billions of light-years.
Hawking radiation is theorized to reveal black holes as tiny, flickering specks, evaporating over immense timescales for ancient ones.
Matter falling in can exit as high-energy particles in reverse, via quantum effects that transplant information into jets.
Black holes can emit detectable light via tidal disruption events long after swallowing stars, brightening galaxies briefly.
Spinning black holes drag spacetime itself, twisting it enough to power the most violent jets across billions of light-years.
Hawking radiation is theorized to reveal black holes as tiny, flickering specks, evaporating over immense timescales for ancient ones.
Matter falling in can exit as high-energy particles in reverse, via quantum effects that transplant information into jets.
