State of Matter In the Black Hole
As we have seen that the density of matter in The Black Hole is very high, it is even greater than that of the Neutron Star. Usually the density of neutron star is around 40 to 100 tons /cc. And that of the Black hole would be about 10000 times more.
This would lead us to a very compact state of matter in the Black hole. The structure of the matter will also change from that of neutrons. The neutron would be further divided into smaller or smallest elementary particles which would be stacked in piles above each others so that there is no space left between them neither for axial rotation or for the thermal vibrations !
- The stars around the Black Hole are moving towards the Black Hole and ultimately merge into it.
- Let us call the smallest elementary particles as Elpars for the sake of convenience.
- These Elpars are in the shape razor blades, stacked one above other. When in the Black Hole the Elpars do not have chance or space enough around them to move even a little bit.
- This sort of arrangement of elpars in the Black Hole gives it its most intensive density and hence the great gravitational field.
- This sort of arrangement of elpars also makes them absolutely standstill. As we know that when the particles of matter is at standstill they are at the lowest possible temperature - i.e. at absolute zero degree K.
- every year few hundreds of stars get absorbed by the Black Hole. All matter and energy of the star merges into the Black Hole.
- Energy of the star in form of heat, light, X rays and ultra violet rays get converted to elpars on their way to the Black Hole. This causes no rise in the temperature of the Black Hole which is maintained at 0 degree K.
By : Indukumar Mamtora
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