Radiations Accumulation and Rapid Transition of Particles inside the Black Holes
Journal Title: Engineering and Technology Journal - Year 2025, Vol 10, Issue 01
Abstract
In the present work, I shall explain in detail the black hole particles, and singularity tunnel waves that spread out from the deep heart of a black hole, and acting directly on the acceleration and deceleration of particles and accretion disc that surrounding a black hole. The Black hole sphere is a condensed sphere of matter and energy that distorted steeply around the singularity. Black hole singularity has a powerful gravitational field, electromagnetic field, singularity tunnel waves, and tidal disruption force to tear apart the fraction of matter from an external surface of stars and celestial objects in the distant places. Materials are dragged rapidly from an external surface of the celestial objects towards the surface of a black hole and orbit it in the region called an accretion disc. Accretion disc is a ring of a luminous and hotter state of the matter and energy where energetic particles are collided and fused together violently to produce condensed ball of matter and energy that named a nuclear fusion ball. Nuclear fusion ball capable orbits the black hole singularity with a speed lower and higher than the speed of light according to conservation law of an angular momentum. Singularity tunnel waves could be distributed quickly through the compacted fabric of a black hole and acting directly on the attraction and repulsion of a nuclear fusion ball to orbit the centre of a black hole or pull it strongly to fall down rapidly into the centre of a black hole. In fact, the nuclear fusion ball is spinning up very quickly, and its surface temperature increases extremal to create new compacted object from its dense core named a super particle. Super particle is a dense and smooth ball of an excited type of matter and energy that produced during rapid transition of the black hole particles in the turbulence region that located between singularity and accretion disc which named an event horizon. Radiation could be trapped and accumulated inside a black hole because it has limited speed, Photon Energy, frequency, and wavelength.
Authors and Affiliations
Sabir Sadiq
Keywords
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- EP ID EP754764
- DOI 10.47191/etj/v10i01.10
- Views 55
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