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Due to scientific theory every matter particle has an opposite match; or if you like an antiparticle

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Introduction

It has been proven that black holes are not so invincible; they can emit radiation, and therefore loose mass (due to E=MC�). Calculations have confirmed that black hole ought to emit particles and radiation as if it were a hot body with a temperature that depends only on the black hole's mass, they are inversely proportional: the larger the mass of a black hole the lower it's temperature. The answer is that the particles do not come from within the black hole, but from the "empty" space just outside the black hole's event horizon. This understood in the following way: what is thought as "empty" space cannot be completely empty, because this would mean that all the fields, such as the gravitational and electromagnetic fields would have to be exactly zero. ...read more.

Middle

Due to scientific theory every matter particle has an opposite match; or if you like an antiparticle. If these particles are seen as matter particles, then one of the partners of the particle/antiparticle pair will have positive energy, and the other negative energy. The one with negative energy will be condemned to be a short-lived virtual particle because real particles always have positive energy in normal situations. It must therefore seek out its partner and annihilate with it. However, a real particle close to a massive body has less energy than if it were further away, because it uses energy to lift it far away against the gravitational attraction of the body. ...read more.

Conclusion

Or, having positive energy, it might also escape from the vicinity of the black hole as a real particle, or antiparticle. To an observer (obviously at a distance, as they would cease to exist inside a black hole) it would appear to be emitted by the black hole. The smaller the black hole, the shorter the distance the particle with negative energy will have to go before it becomes a real particle and thus the higher the rate of emission, and the apparent temperature of the black hole. What happens when the mass of the black hole becomes extremely small is not yet clear, but a reasonable guess would be that it would disappear finally in a tremendous burst of emission, equivalent to the explosion of millions of hydrogen bombs. ?? ?? ?? ?? Black holes ain't so black. ...read more.

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