Understanding the concept and processes of the space phenomenon of the black hole
Its author, Dr. The formation of these loops neutralizes the tension of transversal elasticity, as it transforms it into the tension of longitudinal curvature and energy of reversible deformation due to the compression of Global Aether. How are they formed?
You can also 'see' the perimeter of space that is close to the black holes' event horizon through something called the "lensing effect' or gravitational lensing. The answer to this depends on your meaning behind the use of the term 'collapse'. Keep twisting to the ends and see what happens!
How are black holes formed
But the event would be incredibly violent. Interestingly you will appear to move in slow motion the closer you get to the horizon until you freeze as if on pause. However, for Global Physics the origin of the enormous quantities of cosmic dust needed to generate so many stars and in many cases with a specific distribution, as in spiral galaxies, is not adequately explained. We can, however, infer their existence from their effects on other bodies in space like Suns and gas clouds we can see. Even if we tried to count them we would never get the right answer as a large part of the Universe will be obscured from our view, forever. It's essentially a puncture in space-time — the fabric of our universe. So, although I'm keen on spaceflight, I'm not going to try that. DOI: The star then explodes in a supernova. This process warps space-time during their death throws. These black holes are often referred to as Schwarzschild black holes after Karl Schwarzschild who discovered this solution in These questions are nigh on impossible to answer. A spectacular scene, to some gruesome, but one you would never see. Where do they go?
However, in the late s Roger Penrose  and Stephen Hawking used global techniques to prove that singularities appear generically. Advertisement To date, the nearest black hole, called V Monocerotosisis 3, light years away and has a mass around times that of our life-giving Sun.
Advertisement Now for the fun bit, as you remain there motionless you will also begin to stretch across the surface of the horizon and as you start to heat up, you would also appear to become redder and redder. You would then begin to slowly obliterate as you stretch across the curved space-time of the black hole.
Michell's simplistic calculations assumed that such a body might have the same density as the Sun, and concluded that such a body would form when a star's diameter exceeds the Sun's by a factor ofand the surface escape velocity exceeds the usual speed of light.
But the event would be incredibly violent. If the conjecture is true, any two black holes that share the same values for these properties, or parameters, are indistinguishable from one another.
Types of black holes
The many definitions of a black hole. In section 1. You'd exist and then inevitably you wouldn't, your mass added to the ever hungry bulk of the black hole. The exotic phenomenon known as a wormhole connects two parts of the Universe —also known as Einstein-Rosen bridge across space-time— with a gravitational tunnel through which mass and energy absorbed by a black hole could pass. Consider what would happen if you fell into a black hole yourself. Black holes , namely their event horizons, become their very downfall. This is because the curvature they create in space is more intense around their events horizons. How many stars are there in the Galaxy?
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