Scientists say that dark matter may convert the failed stars into ‘dark dwarf’

Astronomers have now proposed that the “unsuccessful stars” known as brown dwarfs can be powered by dark matter. Dark Matter makes about 85 percent of the universe case but does not shine; It only interacts through gravity. Brown dwarf makes like stars but lacks enough mass to ignite the fusion. Theory suggests that brown dwarfs in Galaxy centers can implicate dark matter in their interiors. When that dark case becomes apocalypse, it releases energy that heats the star, turning the dwarf into a bright “dark dwarf”. If such items are present, finding them will give scientists a new clue for the nature of dark matter.

Dark matter in failed stars

According For new models, dense brown dwarf dwarf in galaxies centers act like gravitational wells that accumulate dark substances. Because dark matter only interacts through gravity, it naturally flows into the galactic core, where it can be captured by the star. As the physicist Jeremy Sakstein, the physicist of the air university, says, once a star can destroy himself inside the dark matter, which can release the dwarf heating energy. The more darkness it is, the more energy it is. Seriously, this effect only works when the dark matter particle is self-destructive (as with heavy ( VampatCandidates like lighters or non-entrepreneurses will not make deep dwarfs.

They propose using a chemical signature: a dark dwarf should be caught on lithium -7 that burns normal brown dwarfs. Researchers say that powerful telescopes such as NASA’s James Web Space Telescope may already be sensitive to the center of Milky Way to present quiet, dim dark dwarfs. Even detecting one strongly suggests that dark matter is made up of heavy, self-entrecting particles (such as Wimps).

In the respective work, Colgate Astrophizist Jillian Palin impressed the study of ancient “dark stars” with dark matter, while slack physicist Rebecca Lean and colleagues have shown that dark matter capture capture can heat brown dworphs and exoplanets – a process called “Dark Kinetic Heating”. Together, these ideas throw light on how dim, abnormal stars can illuminate the nature of dark matter.