Helical Hyperbolic Magnetic Field in Nerves, when they Act as Current Conductors

Abstract

Knowledge of the magnetic field of a nerve is of interest for the application of external electromagnetic therapy to regenerate injured nerves. The aim of this work is to the theoretical study of the magnetic field generated in the nerves when they act as current conductors and thus determine how their hyperbolic curves are, within the concept of hyperbolic medicine. Using Internet search engines and various databases (Medline, Google Scholar, Researchgate, Scielo), a bibliographic review of scientific papers related to the electromagnetic field generated in the nerves, when they act as current conductors, has been carried out. For this work we use, theoretically, the right-hand rule in electromagnetism. So, we apply it to a model nerve, to determine what its hyperbolic magnetic field is like. The conclusions are: a) Hyperbolic curves are very common in nature and human physiology. The lines of force of an electromagnetic field act on human physiology through hyperbolic curves. b) Human physiology and a nerve can be divided into smaller fragments like a magnet do and maintain their same characteristics. c) A nerve fragment is a conducting wire of electric current that generates a transversal magnetic field, according to the right-hand rule in electromagnetism. That magnetic field has hyperbolic lines of force that follow a counterclockwise helical path.

Hyperbolic Genetic Mechanism of Human Evolution

“…A.-Images in nature are space-time hyperbolas and exist independently of the longitude and latitude of the Earth where they are observed . The lines of force of electromagnetic fields [1,[31][32][33][34][35] and many curves of processes that occur in human physiology are also hyperbolic curves [1][2][3][4][5]22,23,[36][37][38][39][40][41][42][43][44][45][46][47][48][49][50] (table 1). Electromagnetic fields have effects on human physiology (table 2) through hyperbolic curves [8].…”

“…B.-The genetic code stored in DNA and RNA [24][25][26][27], proteins [24][25][26]28,67,68], and many polysaccharides that serve as structural elements in cells [28] have helical structures. A nerve fragment is an electrical currentconducting wire that generates a corkscrew-shaped transverse magnetic field, and its hyperbolic lines of force follow a counterclockwise helical path [22]. As in a nerve, the genetic code is shaped like a helix because when a current passes through it, a transverse magnetic field is generated, and its hyperbolic lines of force follow a counterclockwise helical path [23] (Fig.…”

“…Helix-shaped structures and hyperbolic patterns are very common in nature. It has been described that the transverse magnetic field of a nerve, and the genetic code, have hyperbolic helical structures [22,23]. In a simple magnet and the Earth's magnetic field, there are lines of force that have a hyperbolic shape 29,30] (Fig.…”

“…1). Also, the lines of force of electromagnetic fields [1,[31][32][33][34][35] and many processes that occur in human physiology are hyperbolic curves [1][2][3][4][5]22,23,[36][37][38][39][40][41][42][43][44][45][46][47][48][49][50] (table 1). It has been indicated that electromagnetic fields have effects on human physiology (table 2), through hyperbolic curves [8].…”

“…As described in numerous works, if we divide hyperbolic human physiology into several fragments, all of them repeat their hyperbolic characteristics as if they were fractals [1,4,8,[13][14][15][16][17][18][19][20][21]. This concept of fragmented physiology has been used to study the hyperbolic helical structures of the nerves of the human body and the genetic code [22,23].…”