Black holes that have existed since the dawn of time could devour stars from the inside

Black holes that have existed since time immemorial could swallow stars from within

Recent research suggests that small black holes formed during the Big Bang may have been captured by stars and are now mysteriously lurking in their depths. Tiny holes that flew through space shortly after the Big Bang may have become captives of stars, and these mysterious objects may exist in the centers of stars to this day, according to a new study.

In Search of Clues: Techniques to Detect Ancient Black Holes The discovery of these still-hypothetical black holes began as clouds of hot, dense material that collapsed in the first seconds of the universe’s existence. was discovered in. It could help confirm theories about the stages and origins of black holes. However, the study authors note that there are certain challenges to finding stars that can capture fast-moving black holes, and that “when primordial black holes exist, they are usually the ones that can be captured by stars.” We think it should flow through the hole.”

According to Bellinger and his colleagues, who published their theory in the Astrophysical Journal, there are two possibilities if these hypothetical mini-black holes are trapped in stars. “The first possibility is that black holes are so small that they have no effect on stars. Very low-mass black holes, even if they were inside a star, would have no mass during the lifetime of the universe. “The second possibility is that the black hole is so massive that it could effectively grow by consuming stars,” Bellinger said. Masu. When stars become food for black holes: the process of stellar cannibalism.

Hawking’s stars: the connection between black holes and stellar pulsations The researchers believe that these red stragglers are “Hawking stars” – stars powered by a small black hole at their core, as Stephen Hawking theorized in 1971. I decided that it might be. The presence of black holes at the centers of Hawking stars may explain the difficulty in predicting the evolution of these stars.