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Blackhole is a little bit confusing topic for me.Can anybody tell me,whats the reason and principle behind it that it absorb all sort of matter and radiations and still not releasing out?
A black hole does not have infinite mass. It is a black hole because its size (radius) is very small for its mass.We know that the greater the mass of on object, the greater its gravitational field. Well, a black hole has infinite mass, so the escape velocity is greater than the speed of light.
Khursed said:I think the word he was looking for was infinite density.
Actually the matter approaches a certain part and then become frozen above the event horizon. The material is redshifted so far that it becomes impossible to observer it. It then becomes impossible to measure the mass distribution and the gravitational field becomes identical to the field that would result if all the matter was confined to a point.heishe said:At one point, the gravitation of this remaining core becomes so high, that all atoms basically merge into 1 point , ...
heishe said:why does the gravitational force suddenly become so strong inside the core? What changes inside the core during the supernova to make gravitational force rise?
LowlyPion said:How fast would it happen? This might determine how detectable such a wave might be.
This phenomenon is possible due to the process of absorption, which involves the transfer of energy from a wave to the absorbing material. The absorbed energy is converted into another form, such as heat or chemical energy, and is not released back into the environment.
There are a variety of materials that have the ability to absorb all types of matter and radiation. Some common examples include black holes, carbon nanotubes, and certain types of metals and minerals.
There is no known limit to the amount of matter and radiation that can be absorbed by certain materials. However, this absorption may eventually lead to saturation or other changes in the absorbing material.
The absorption of matter and radiation can have various effects on the absorbing material, depending on the type and amount of energy absorbed. In some cases, it may cause changes in the physical or chemical properties of the material, while in others it may lead to the release of energy in a different form.
Yes, there are several potential applications for these types of materials. For example, black holes can be used in space exploration to study the effects of extreme gravity, while carbon nanotubes are being researched for their potential use in energy storage and electronics. Additionally, these materials could also play a role in environmental protection by absorbing harmful pollutants and radiation.