Cosmic parasite in the star core: A theoretical model shows that a tiny black hole could grow from around 40 tons under favorable conditions, instead of evaporating through Hawking radiation. The decisive factor is a steady supply of hypothetical ultramassive dark-matter particles. However, the value applies to a special, particularly dense environment in the galactic bulge. Manipal (India). The lighter a black [...] The article Dark Matter Coul…
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Cosmic parasite in the star core: A theoretical model shows that a tiny black hole could grow from around 40 tons under favorable conditions, instead of evaporating through Hawking radiation. The decisive factor is a steady supply of hypothetical ultramassive dark-matter particles. However, the value applies to a special, particularly dense environment in the galactic bulge. Manipal (India). The lighter a black [...] The article Dark Matter Coul…