By putting minimum-energy material to high pressure can make the material invisible. So is this the new era for quantum stealth?

By putting minimum-energy material to high pressure can make the material invisible. So is this the new era for quantum stealth?

Ultra-low temperature and pressure can turn material invisible. And the MIT researchers are made the fundamental experiment in that area. Their study confirms that as atoms are chilled and squeezed to extremes, their ability to scatter light is suppressed. The MIT researchers used superconducting, ultra-low temperature, and ultra squeeze material in their research.

When atoms are chilled and squeezed, they lost their ability to scatter light. And that thing makes material invisible. The loss of scattering means that the material cannot reflect photons in at least all directions. And that thing makes the observer unable to see the surface of the material.

When the atom is frozen at an extremely low temperature and then press with a very high pressure that thing removes the oscillation of the electron core. The atom needs the ability to oscillate its quantum field for sending reflection photons. When the photon hits the quantum field of the atom it transfers energy to that field.

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Image 1: "The principle of Pauli blocking can be illustrated by an analogy of people filling seats in an arena. Each person represents an atom, while each seat represents a quantum state. At high temperatures (a), atoms are seated randomly.

So every particle can scatter light. At low temperatures (b), atoms crowd together. Only those with more room near the edge can scatter light". Credit: Courtesy of the researchers (ScitechDaily, MIT Physicists Use Fundamental Atomic Property To Turn Matter Invisible)

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Removing scattering makes material invisible.

Then the atom will release the extra energy by oscillating its quantum or power field. If that oscillation can remove the material cannot reflect or scatter the light.

But how to remove the quantum field's ability to oscillate? The idea is simple the object that has the minimum energy level can press. By using extremely high pressure. That thing can stabilize the quantum fields around those atoms. So is this the new way to make quantum stealth?

The use of minimum energy level materials like Bose-Einstein condensate for making the materials invisible is one of the methods to make stealth material. That method is not mentioned in scientific texts quite often.

But when we are thinking about the minimum energy-level particles there is only one direction where the energy can travel. The energy always moves from the higher energy level to the lower energy level. So zero-point systems can use to deny the radar echo from the planes. But it can also deny the scattering of the light.

There is the possibility to make the craft. That is invisible for radars, infrared, and the human eye. The temperature of the core of the craft will be low to the temperature that is near zero kelvin degrees. Then that core will load with the electricity that makes it positive or negative. The idea is that the same poles of the atoms or particles are to outside.

And then the craft would surround by using a magnetic field that presses the core. This thing can remove scattering. If that thing is possible only in the crystals. There is the possibility that the crystals are positioned in a certain way. In that kind of quantum stealth system, that can already be in use. And could that kind of ultra-low temperature material explain mysterious injuries that are looking like burnings in the case of some UFO phenomenon?

Sources:

https://scitechdaily.com/mit-physicists-use-fundamental-atomic-property-to-turn-matter-invisible/

Video about Pauli Blocking:

:https://www.youtube.com/watch?v=50wubDyhZho

https://en.wikipedia.org/wiki/Pauli_effect

https://thoughtsaboutsuperpositions.blogspot.com/

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