Quantum control method of micro energy and device thereof

Abstract

The invention relates to a quantum control method of micro energy. The method comprises an independent reaction space step, a micro kinetic-energy strengthening step and a parameter control step. In the independent reaction space step, at least one three-dimensional closing space is provided; in the micro kinetic-energy strengthening step, reaction assemblies in different geometric shapes are arranged on at least one adjacent inner surface of the closing space, and at least two cracks and a plurality of holes are arranged on the reaction assembled; and the parameter control step uses seconds as a control unit and at least contains a first reaction parameter which controls the wave frequency of the independent reaction step when the first reaction parameter takes effect. The method can create an executable quantum control mechanism with reaction significance, change the substance characteristics in a pure physical mode and provide different kinds of energy by controlling a wave function so as to achieve the effects of aiding an environment improvement technology, an agricultural culture and cultivation technology, a traditional medical technology, and the like.

Description

technical field [0001] The present invention relates to a micro-energy quantum control method and its device, in particular to a quantum response of micro-energy that combines traditional quantum theory and an experimental framework, and utilizes the cooperation of control components, time parameters, and space to form a micro-energy quantum response, and is applied to Various substances, changing the physical properties of substances to achieve the micro-energy quantum control method and device of the life application value of quantum mechanics. Background technique [0002] Quantum is the smallest unit of matter, and has the duality of wave and particle at the same time, and can produce interference, diffraction, superposition and other phenomena through the double slit principle, and in all spaces, quantum is ubiquitous, not only diffuse in space, but also become the basis of all matter. The study of quantum motion can only verify the phenomenon of quantum motion by desi...

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Problems solved by technology

[0003] However, based on the following limiting factors, the current theoretical and experimental framework of quantum mechanics is still unable to achieve practical micro-energy quantum control:

[0004] (1) Restrictions on energy sources: As we all know, natural space and all substances are composed of wave frequencies and particles, and there are infinite choices for wave frequencies and particle types, production methods, and control mechanisms. But completely ignorant of the corresponding reaction, so can not be effectively used as the basis of micro energy

[0005] (2) Uncertainty in quantum motion: Heisenberg’s uncertainty principle states that it is impossible to observe both position and momentum accurately at the same time. The reason is that the lightest photon has a rest mass of 0. Small, the wavelength λ of the photon must be smaller than the size of the object itself, otherwise it will not be "seeable", according to p=h / λ (p represents the momentum of the photon; h represents Planck's constant; λ represents the wavelength of the photon) , when λ is smaller, the momentum p of the photon is larger; when the "observation" occurs, that is, the light "sees" the electron, or when the photon hits the electron, the photon that hits it is a high-momentum particle, and the electron that is hit Immediately obtain high momentum, its magnitude and direction cannot be predicted, therefore, there must be errors in the magnitude of the electron’s momentum

[0006] (3) The stage of pure academic research: because the energy is too small, and the combination possibilities are infinite, it cannot be calculated and mastered. At the same time, it is affected by the diffuse particles and wave frequencies in space, which causes interference and makes the particles move. The path cannot be predicted, so it cannot be systematically classified, repeated, or even explained, so that it cannot be effectively applied. Therefore, the scientific community can only manufacture large-scale accelerators, eliminate environmental interference, and conduct purely academic research

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