A black hole as light as 40 tons can exist inside a star if dark matter helps

There's something almost poetic about the idea that the universe's most violent objects—black holes—might also be its most fragile. Hawking's 1974 revelation turned these cosmic vacuum cleaners into slow-burning candles, with the tiny ones flickering out almost as soon as they're born. A 40-ton black hole would be a cosmic firecracker: it should vanish in the blink of an eye, evaporating in a burst of radiation. Yet this new research suggests dark matter could act as an invisible guardian angel, feeding the black hole just enough mass to keep it alive against the relentless march of Hawking radiation. The physics here is genuinely wild. We're talking about a black hole roughly the mass of a few large elephants, compressed into a point smaller than a proton, somehow stable enough to survive inside a star. Dark matter, that elusive substance that makes up about 27% of the universe yet refuses to interact with light, becomes the cosmic stabilizer. It's as if the universe's most reclusive ingredient is secretly the bouncer keeping the party going at the center of stars.