Dark matteris believed to make up about a quarter of the content of the Universe , but there actually is n’t a lot that ’s known about it . It does n’t reflect or absorb anything on the electromagnetic spectrum , making it incredibly hard to notice . Two astrophysicist from the Institute for Nuclear Research of the Russian Academy of Sciences have formulated a new hypothesis that dark matter is comprised of “ black hole atoms ” which are potentially either microscopical or quantum . The hypothesis was detail in an open access data formatting in the journalAdvances in High Energy Physics .
dingy matter is unable to interact with the electromagnetic spectrum and can not be visualize with current engineering , just like dark hole . However , it does interact with steady matter via gravity , just like black holes . These similarities have been observed for quite some time , lead many to think that glum matter could be write of some pattern of small bootleg hole .
The hypothesis put forward by Vyacheslav Dokuchaev and Yury Eroshenko is n’t entirely fresh , though there are some key distinction within it . They postulate that a type of dark matter existed betimes in the Universe and that it had an electrical explosive charge and are essentially microscopic “ black hole corpuscle . ” As it interacted with other charged particles , it would have been left with a achromatic accusation that is only weakly able to interact with visible matter . Though small than an atom , each of these molecule could have count from 1014 kg to 1023 kg . On the big goal of that spectrum , it would have a similar mass to the moon .
These propose black kettle of fish atoms are like to the friedmon particle speculate about 40 years ago that are fundamentally theTARDISof particle physics : it ’s bigger on the interior . While the outside of this particle could be quite belittled , the Interior Department could be as big as the full Universe .
There has been some straightaway disbelief of this novel guess from Dokuchaev and Eroshenko . Valeri Frolov , who help co - found the friedmon theory , toldSpace.comthat friedmons are ( albeit quite subtly ) able to interact with the electromagnetic spectrum . Dark thing , on the other deal , can not . Dark matter is most belike compile of weakly interacting massive particles ( WIMPs ) .
Despite any flaw this possibility has , there ’s no reason to brush aside it quite yet . After all , nobody really lie with what it is made out of . Dokuchaev and Eroshenko propose that their particle could be detected indirectly , as it would interact with visible matter and could maybe produce a flash of DOE as it eviscerate electrons into itself .
[ lid bakshis : Katia Moskvitch , Space.com ]
