# Schumann Resonances and the Human Body: Questions About Interactions, Problems and Prospects
## 3 Results
### Earth's Magnetic Field and Schumann Resonance Frequencies: Origin and Essence
This theoretical research confirmed that the basis of the phenomenology of biological life is electromagnetic processes. At the same time, electromagnetic processes are fundamental for the implementation of the phenomenon of biological life at all structural levels of the human body, from the subatomic level to the organismal level. The quantum mechanical properties of the atoms of molecules determine their chemical structure and chemical reactivity. Biopolymer molecules become \"alive\" in vivo due to the generation and transmission of coherent electromagnetic energy in the form of solitons [3; 52; 53; 54]. Electromagnetic biophotonic mechanisms are a component of intracellular communication and extracellular communication [5; 28; 55]. Biophoton signaling is involved in the formation of the morphogenetic field of organ tissue cells and is a component of non-chemical information transfer between organs and parts of the human body [56; 57; 58]. The biological life of cells, tissues and organs in the human body is connected and determined by the quantum mechanical state of membrane cellular structures and their generation of electromagnetic fields [59]; the cessation of the generation of electromagnetic processes in cell membranes leads to cell death. Therefore, according to biophysical knowledge, the cells of the human body and, accordingly, the tissues formed by the cells and the organs of living biological systems can be represented in the model of the resulting interfering electromagnetic wave packets, which have a specific constant frequency, subject to the normal course of metabolic/energetic processes in them [3; 6; 7; 50]. The cells of the human body and the tissues and organs formed by the cells are integral quantum mechanical systems with periodic connections and a self-consistent morphological structure of organization. Membrane structures of cells oscillate and generate biological currents. This forms the electromagnetic field of the cells. As a quantum-mechanical result of the interaction of electromagnetic energy, a superposition of these fields arises in the millimeter wavelength range with a frequency of \(10^{10}\)-\(10^{11}\) Hz [60]. In this case, a biological range of information and energy processes of the cellular phenomenology of life is formed at \(10^{14}\) Hz and below. These are optical processes in the form of Davydov photons/solitons, which have a wavelength from \(>\)1 \(\upmu\)m to 0 and an energy from \(<\)0.5 eV to 0. They have an intensity well below the energy levels of the ionization and excitation of atoms and molecules. They coincide with the optical region of the electromagnetic spectrum of the Sun [3; 6; 7; 50]. An important fact is that electromagnetic waves are emitted by all atoms of substances in vivo. The human body is formed by atoms. Thus, the human body can be represented by a model of a conglomerate of electromagnetic field structures. The wave parameters of radiation from cells are described and classified according to two main characteristics: wavelength and the associated wave frequency. The wavelength parameter describes an electromagnetic wave according to the classical laws of physics. The \"wave frequency\" parameter describes the radiation according to the quantum laws of physics. Therefore, each cell of the human body in vivo is a source of electromagnetic oscillations and a complex of wave functions, the parameters of which are determined by the frequency-wave basis of the structural and metabolic processes occurring in it [3; 6; 7; 50]. The biological role of water and the presence of biological anomalies in vivo are due to the unique quantum mechanical properties of water and the ability of its molecules to form energy-intensive aqueous liquid crystal structures in the shape of a 30/11 spiral with semiconductor properties [61; 62]. This explains the participation of water in the electromagnetic mechanisms of energy and information transfer without loss at the micro level of the human body structure in vivo [3; 6; 7; 50].