Quantum medicine

QUANTUM WAVE MEDICINE

Quantum wave medicine is based on fundamental scientific knowledge and understanding of the essence of the living in its difference from the inanimate. While the biophysical and physiological aspects of life are studied by existing medical and biological Sciences, modern quantum wave medicine studies phenomena at the most fundamental level of organization of all forms of life-when each form of life has its own information field. This information field supports the integrity of the entire organism, regulates its physiological functions and biochemical reactions, and contains all the controlling parameters of morphogenesis during embryonic development and further growth of bodies. At a deep causal level, the information field organizes living organisms so that they can then be considered phenomenological as complex, nonlinear, thermodynamically open, self-organizing energy and field phenomena with negative entropy.


Fundamental principles of quantum wave medicine:

Every living organism is an integral quantum system, the nature of which can be expressed by a quantum information triad: MACRO-MICRO-UNITY. Quantum Biosystems have a fundamental quantum-informational holographic structure that determines the origin of self-consistent processes of electromagnetic nature, through which interaction with the anatomical and morphological structure of the body and its physiological functions occurs.


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Phenomena of superposition and interference of quantum properties of biological objects, as well as complex biological systems, based on the phase relations of wave functions and on the one-to-one correspondence of the characteristics of the wave function of elements of a quantum system with variables describing the state of the system.


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Quantum coherence and decoherence. The phenomenon of coherence in living systems is related to wave functions that have a similar morphology of form and is characterised by coherence lengths. Decoherence is the interaction of a quantum system with the environment, in which the quantum state of the system changes and the quantum information of the system is exchanged with the environment.
These fundamental processes in a living organism can be represented in terms of information entropy and mathematical calculations of the fine structure of the frequency distribution of quantum processes.


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Quantum entanglement-a phenomenon in which the quantum States of two or more biological systems must be described with reference to each other, even if they are spatially and temporally separated. This phenomenon manifests itself as a set of hidden correlations that link a less complex level of biological objects with a more complex level of living systems. Quantum entanglement shows us that complex processes in living systems that have entanglement can instantly exchange information and, accordingly, be consistent or inconsistent. This network of information that connects us has been known for centuries; it is through this information matrix that our cells can participate in the most complex quantum, electromagnetic, and biochemical interactions.


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Quantum-wave properties and proper characteristic frequencies, both for quantum small-scale objects, such as atoms or subatomic particles, and for biological molecules, cells and a living organism, as an integral quantum system functioning on the principles of identity and discreteness.


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Quantum macro-dynamic phenomena in self-consistent field processes of a living organism that determine the structure of quantum levels of the system, energy spectra of supra-molecular field structures, as well as the presence of macroscopic quantum effects in field manifestations- cumulus and superconductivity.


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Quantum structural-dynamic effects biological molecules with external fields, with the nature of skyrmions and is manifested in the terms expressed by the gradients of the electromagnetic potential of the external field that can be applied primarily in the treatment of cancer, as well as explaining a significant amount of biophysical phenomena never before measured by science at this angle.


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Quantum effects created by connected groups of cells, which are necessary for the processes of inter cellular communication, interaction with the vibrational frequencies of many enzymes present in cells. he possibility of fundamental influence on the processes of mitosis and homeostasis in a holistic and integrative manner, as well as the use of quantum wave medicine in cases of numerous inflammatory conditions, including autoimmune diseases.


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Quantum photon reception of the cytochrome system (involving energy endogenous and exogenous processes), most of the enzymes of the tricarboxylic acid cycle in mitochondria of cells, as well as some other biomolecular mechanisms, which is used in the treatment of mitochondrial dysfunction, regulation of energy processes of the immune system, activation of microcirculation of biological fluids, as well as the regulation and balance of the body's hormonal system.


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QUANTUM WAVE MEDICINE

In the understanding of quantum wave medicine, the concept of controlled functions of the human body is not limited only to the Central and peripheral nervous systems. We can say that the information field, which has a quantum-wave nature and relates to the information quantum structure of a more basic level in relation to the physiology and biochemistry of the body, is able to control cellular and systemic bioregulatory mechanisms at all levels, including the initial triggering mechanisms of the nervous system, the origin of which is currently no reliable answer in official medicine or in physiology.
Quantum wave medicine is based on the understanding that quantum structures of an individual organism and a biological one species in General are able to respond to environmental conditions and form modifications of programs and responses. At the level of quantum structures and corresponding wave functions, this information in the form of a shift of a certain phase of the quantum process is received at the level of quantum correlations, further manifesting its influence on self-consistent field processes of an electromagnetic nature and manifests itself at the cellular and molecular level.