Weird discovery: Concentration of the small black holes is lurking in the place, where should be a supermassive black hole.

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"This is an artist’s impression created to visualize the concentration of black holes at the center of NGC 6397. In reality, the small black holes here are far too small for the direct observing capacities of any existing or planned future telescope, including Hubble. It is predicted that this core-collapsed globular cluster could be host to more than 20 black holes". Credit: ESA/Hubble, N. Bartmann (SciTechDaily/Astronomers Make a Weird Discovery: A Concentration of Smaller Black Holes Lurking Where They Expected a Single Massive Black Hole)

Weird discovery: Concentration of the small black holes is lurking in the place, where should be a supermassive black hole. 

In the center of the galaxy, NGC 6397 has found the strange constellation of the smaller black holes. In that place should be a supermassive black hole. So in that case the question is: could that formation be the result of the multiposition of the black hole. Multiposition is the term where superposition is made between multiple objects. 

There is the possibility that this strange constellation is formed because one black hole is created by the multiposition of itself. In that case, the black hole can make multiple superpositions to the particles around it. When the star explodes as a supernova, that thing causes a very powerful energy eruption, and when the highly energetic wave of radiation will impact the stars around it, that thing would cause that the energy load of the stars to simply turns them into black holes. 

I don't know could that thing be multiposition but the transition disk around the black holes is an extremely hot and energetic thing. The powerful X- and gamma-ray radiation would hit the stars and other particles around that thing, and the radiation load that hits stars or planets will increase their mass and temperature, which makes them able to transform into black holes. 

The multiposition requires that the radiation field around the object turns dominating. The dominating electromagnetic field will transmit the oscillation of the dominating particle to other particles. So maybe researchers could make the observations of the Einstein-Rose bridges or wormholes in that kind of cancellation. Theoretically forming of the wormhole or energy channel between black holes is possible if black holes are oscillating with the same frequency. And if the particle is in multiposition that thing makes this kind of thing possible. 

Is this the case of NGC 6397, where the black hole is in multiposition? The multiposition means that the dominating particle what can be the black hole or some atomic or subatomic particle will transfer itself to other particles around it. The multiposition is the superposition between multiple objects. But that thing requires that one of the objects turns dominating. And if the black holes are in multiposition that thing means that the Einstein-Rose bridge or wormhole can form between them. 

The multiposition particles are identical or they are the same particle. And that means the black holes in this kind of constellation can oscillate with the same frequency, which makes the forming of the wormhole or energy bridge through those black holes possible, or more finding those energy bridges is more plausible in the constellations of the small black holes. That thing makes that kind of case interesting. If those wormholes are found that would be a scientific sensation. 

https://scitechdaily.com/astronomers-make-a-weird-discovery-a-concentration-of-smaller-black-holes-lurking-where-they-expected-a-single-massive-black-hole/

https://en.wikipedia.org/wiki/Wormhole

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