Today's physics can't explain what a black hole is. It is a singularity according to our current knowledge where physical parame...
Today's physics can't explain what a black hole is. It is a singularity according to our current knowledge where physical parameters are infinite. In the black holes gravitational force is infinite, time stops. However, where the physics finds infinite in the theories, it is the sign that something wrong with the theory. Nature does not have infinite only our knowledge is limited.
Physics knows a lot what is happening outside of the black holes, in the close vicinity, and the observations confirm these theories. However, we know practically nothing how the matter becomes black holes and what is happening inside in a black hole. Neither relativity theory nor quantum physics are valid explaining what is inside of a black hole. Maybe quantum gravity, the science of the reconciliation of the two independently successful physical theory could explain black holes, but we don't have this theory yet.
How could the grid model approach the problem of the black holes?
According to the grid model (see: the label Grid), space is the grid-field which is created by Planck size grid particles. The localized grid particles are vibrating on high frequency in several degrees of freedom in its place. The grid field practically a kind of solid system. Additionally, in the grid model, the grid particles' high frequency, unsynchronized vibrations can turn locally to synchronized vibrations, to structured vibration patterns, to waveforms and these waveforms eventually are the particles, these waveforms are everything, what we empirically experience as existing in the space.
How the matter behaves on the circumstances of the black holes according to the grid model?
The vibrating grid particles form synchronized waves on the grid field - which are the particles. The synchronized wave formations distort the structure of the grid field, change the distance of the grid particles from each other. The grid particles, which vibrations are participating in forming the wave, are moving closer to each other, and because they are connected by force, they are grabbing the adjacent grid particles as well, however with less distraction. The distortion is related to the energy of the waves. As the grid particles, and by this the waves are affecting each other, the effect is cumulative.
What is the limit of the distortion? The distortion - the gravity of how we call it - can reach the limit when the vibration of the adjacent grid particles cannot affect each other. The effect is direction-dependent, so in the direction where the distortion reaches the limit where the vibration of the grid particle cannot affect the adjacent grid particles because of the distortion of the grid field. A tear arises on the grid field, where no empirical physical effect can go through.
The tear affects only the transmission of the vibration through the neighboring grid particles. The force between the grid particles still keeps the structure of the grid field intact; the field distortion affects the transmission of the vibration between the grid particles.
The possibility of the existence of this tear depends on the actual parameters of the grid field. Easy to imagine a kind of grid field where the distortion cannot reach the limit where the grid particles can affect each other.
How does this structure look? How this model behaves?
As the energy on the grid field grows, the distortion of the grid field grows until it reaches a limit when a tear between the grid particles appears and forms a spherical structure. The grid field separated. One side of the tear, what we can call outside, the distortion is less and less as it is farther from the tear. The other side of the tear, what we can call inside, the distortion of the grid field does not become bigger and bigger because the every-way surrounding grid particles of a grid particle equalize the distortion of the grid field. Possible an equilibrium of the distortion is created, where the physical laws may be similar then the outer space. The tear separates the internal and external space and creates a vibration-transfer-gap between the grid particles. Because - according to the grid model - our empirical world is the vibration patterns of the grid field, this gap separates the grid field by way of no physical connection between the two sides. No physical effects of our empirical world are possible between the two sides. Blackhole forms.
If the grid model is the description of the space, and the tear between the grid particles is possible, then the described process and model could be a description of the black holes.
How does a black hole grow? In the grid model, space and everything in it are the different states of the grid particles. No particle of our physical world exists as an independent entity, but the particles are the states of the synchronized vibrating grid particles. It means particles do not move in space as an entity, but a particle itself is a particular state of the space. In this sense, the particles of our world do not cross the gap which separates the inner and outer side. It would be impossible because our world particles are the synchronized vibration patterns of the grid field and the gap is impenetrable by the vibration of the grid particles. Our world particle instead of goes through the gap, the grid particles which synchronized vibration creates our world particles blend into the inner sphere of the black hole. The gap moves, extend itself occupying a larger grid field area. In this model, the matter of our world never passes the event horizon of the black hole, but blends in into the black hole.
How impervious the two sides, the event horizon of the black hole in this model? The grid particles are continuously vibrating even if the gap appears between the neighboring grid particles. The vibration of the adjacent grid particles near the gap randomly can create waves - by amplifying each other vibrations - that this randomly created cumulative effect locally able to pass through the gap from inside to outside. These quantum fluctuations - how we may call it - can penetrate the gap locally and randomly. The flux of this pass-through depends on the size of the gap which may depend on the size of the black hole. Hawking's black hole radiation is a real effect in this grid model too, however some way on a different theoretical foundation.
This way the grid model may offer a model for black holes.
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