Could the short-term black hole cause the effect, what is called as dark matter?
1. Is it possible that electromagnetic radiation forms the short-term black hole in the fullerene ball?
There is theory, that the nano-sized black holes are creating the dark matter. in this theory the electrons are hitting to the ball-shaped crystals or fullerene balls. And if there is gas inside those balls, the electrons would slow, causing the short term forming of a tiny black hole. That black hole would stay a stable only couple of nano-seconds. If that thing happens simultaneously the particle would act like stroboscope light.
There is an idea, that the fullerene-ball would be filled with gas, and when the high-power electricity would conduct to that structure, it would create a short-term black hole in the fullerene ball. And that would make possible to create an ultimate-stealth system, what is invisible in radar, infrared and even for the human eye.
2. Dark matter means material, which absorbs every kind of radiation.
Dark matter, or matter what absorbs all radiation would make things invisible in every kind of observation sensors. The dark matter is the term, which means invisible material and energy, which is the dominant thing in the Universe, and in fact, we cannot see that matter, what is mainly free electrons, what is not connected to the atoms.
But there is the thing, what people normally don't think when they are talking about the matter, what would not send radiation echo to the eye of the observer. There is a theoretical possibility to create material, what would absorb every radiation, and that thing is the crystal-shaped molecular structure, where is shot the electrons in the speed of light.
3. The idea is that the electron would across the speed of light in the short-term period because the object would not slow immediately when it hits to the thicker layer.
When an electron hits to the atmosphere, it would turn to a black hole for the short period, because the speed of light is faster in the empty space than in the medium. The slowing of the electron would take a couple of nanoseconds, and in that time it would be a black hole, what is the size of the quark.
If the electron hits to that ball-shaped molecule in the speed of light, that electron would turn to small-size and short-term singularity, what will make the molecular structure able to absorb every type of radiation, what impacts to that layer. And in this case, the object would not able to see, by using radar or any other sensor. In theory, this kind of material is able to create in the laboratories just bombing the ball-shaped molecular structures by using electrons.
The thing could be the fullerene-layer, where is connected to the high-voltage electricity. and in the every carbon ball could be gas or some other matter, what makes those electrons slowing. That would cause the creation of the extreme small-size singularity, what would act like every other black hole, and deny the radiation echo from that layer.
1. Is it possible that electromagnetic radiation forms the short-term black hole in the fullerene ball?
There is theory, that the nano-sized black holes are creating the dark matter. in this theory the electrons are hitting to the ball-shaped crystals or fullerene balls. And if there is gas inside those balls, the electrons would slow, causing the short term forming of a tiny black hole. That black hole would stay a stable only couple of nano-seconds. If that thing happens simultaneously the particle would act like stroboscope light.
There is an idea, that the fullerene-ball would be filled with gas, and when the high-power electricity would conduct to that structure, it would create a short-term black hole in the fullerene ball. And that would make possible to create an ultimate-stealth system, what is invisible in radar, infrared and even for the human eye.
2. Dark matter means material, which absorbs every kind of radiation.
Dark matter, or matter what absorbs all radiation would make things invisible in every kind of observation sensors. The dark matter is the term, which means invisible material and energy, which is the dominant thing in the Universe, and in fact, we cannot see that matter, what is mainly free electrons, what is not connected to the atoms.
But there is the thing, what people normally don't think when they are talking about the matter, what would not send radiation echo to the eye of the observer. There is a theoretical possibility to create material, what would absorb every radiation, and that thing is the crystal-shaped molecular structure, where is shot the electrons in the speed of light.
3. The idea is that the electron would across the speed of light in the short-term period because the object would not slow immediately when it hits to the thicker layer.
When an electron hits to the atmosphere, it would turn to a black hole for the short period, because the speed of light is faster in the empty space than in the medium. The slowing of the electron would take a couple of nanoseconds, and in that time it would be a black hole, what is the size of the quark.
If the electron hits to that ball-shaped molecule in the speed of light, that electron would turn to small-size and short-term singularity, what will make the molecular structure able to absorb every type of radiation, what impacts to that layer. And in this case, the object would not able to see, by using radar or any other sensor. In theory, this kind of material is able to create in the laboratories just bombing the ball-shaped molecular structures by using electrons.
The thing could be the fullerene-layer, where is connected to the high-voltage electricity. and in the every carbon ball could be gas or some other matter, what makes those electrons slowing. That would cause the creation of the extreme small-size singularity, what would act like every other black hole, and deny the radiation echo from that layer.
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