Question

Do black holes have an internal structure? If so, how might the internal structure be probed?​

Answer 1

Answer:

Hii CutiePie

Fluidic (or super fluidic) nature of black holes: black holes does behave like drops of water floating freely in the space (if you have seen the videos of astronauts spilling water in ISS) when it is in close proximity with another black hole and when this happens they are destined to be merged. But the way in which they merge after first loosing there spherical shape, the rapidly revolving around each other (the common center of mass) and finally merging, by the virtue of gravity, it does appear fluidic in nature, where it can be stretched and mingled with the aid of equally strong contestant.

Black holes as solids: Basically, black holes are the remnants or core left behind a supernova or hypernova, which in turn were extremely high density solid objects in the first place, much higher in magnitudes than a neutron star or a magnetar, it appears normal for one to think black holes as solid just because there precursors were solid. But just like the electron and proton fuse in an atom if they are compressed under gravity in a neutron star to form a neutron, it would not be wrong to assume that the constituent particles of neutrons (or any other) may further fuse under extremely high gravity like that of an black hole, till fundamental particles are formed, compacted and even they are fused to form something we don't know (may be fusion of fundamental particles does create space and time, this can explain the theory of another universe in the black hole itself, we might already inside one!) Or may be they don't fuse and stay as such till they are converted to energy again by the virtue of Hawking's radiation, or may be they don't even get compressed and its just the space between then diminishing without actually affecting the particle itself (just like the universe is expanding without stretching the earth while it expands, but in an opposite way) or may be the rate of contraction of space per unit distance towards the center of black hole is hugely exponential (in the magnitudes of Graham's number or even more) that the particles don't have to interact with each other at all! (Just like when we add a colored cream on the top of rotating coffee that it forms thin lines gradually meeting at center without merging with each other)

Having said above, I dont get along with the idea of black hole being gas.

Alternate view: may be black hole is not on object in the first place, it (logically to me) is a region of space with super galloping power to compress the space fabric formed under circumstances where gravity overcomes all other fundamental forces. And the energy required to do that may be coming from the conversation of matter to space and time. May be matter, energy and space-time (fabric) are inconvertible

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Explanation:

Answer 2

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A black hole is a region of space within which the force of gravity is so strong that nothing, not even light, can escape. The basic structure of a black hole consists of a singularity hidden by an event horizon.

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