#cosmic-phenomena

#cosmic-phenomena

Supermassive black holes can activate and emit energy detectable across the Universe, altering our understanding of galaxy evolution.

The universe may contain microscopic black holes that could help explain the dark matter mystery through their gravitational effects on planetary orbits.

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

Individual cosmic objects can create vast structures and influence their environments significantly.

The discovery of Porphyrion reshapes our understanding of the influence of single objects in the universe.

Primordial black holes pass through the inner Solar System about once a decade, offering potential for scientific detection and discovery.

The article highlights the beauty and complexity of cosmic phenomena, including stellar nurseries, galaxies, and auroras, captured through extensive astronomical imaging.

A black hole named Porphyrion ejects energy across 23 million light-years, creating the largest cosmic jets ever discovered.

Black hole jets may influence galaxy evolution over immense distances.

Discovery sheds light on cosmic structure and the growth of galaxies.

T Coronae Borealis will ignite in an unprecedented explosion, potentially creating a dazzling sight observable from Earth for a week.