#black-holes

#black-holes

Laser technology has unveiled hidden tattoos on Peruvian mummies, shedding light on ancient cultures.

The concept of Hawking radiation might apply to all massive objects, not just black holes, challenging our understanding of mass and decay.

Supermazes within black holes may contain information about their consumption in a multidimensional framework.

Discovery of unexpected massive stars in early universe challenges existing cosmological models, revealing insights into the role of black holes in galaxy formation.

The newly discovered black hole LID-568 devours matter 40 times faster than the theoretical limit, challenging previous understandings of black hole growth mechanisms.

A newly discovered black hole is consuming matter at 40 times the Eddington limit, demonstrating extraordinary brightness beyond expected limits.

The gamma-ray outburst from black hole M87* offers vital insights into the phenomena surrounding supermassive black holes and their energetic flares.

Primordial black holes could explain dark matter and may influence the solar system's planets by causing measurable wobbles.

Gravitational waves can pass through many objects, but black holes present a unique challenge with their event horizon.

Creating a black hole with light alone is impossible.

Black holes warp spacetime drastically. Approaching one, classical mechanics break down, and objects plunge uncontrollably, revealing the mystery of the plunging region.

Gravitational waves detection in 2015 revolutionized physics, offering new insights into the universe and black hole origins.

The discovery of heavier black holes challenges previous assumptions about their formation and existence, highlighting the importance of gravitational wave data and observational evidence from missions like Gaia in expanding our understanding of black holes.