Hyperbolic Medicine. A Space-Time Synchronization External to the Human

Abstract: Background: we call Hyperbolic Medicine (Mediperbolic) the study of hyperbolic curves that occur in the physiology of a living being, especially in humans, in relation to other hyperbolic curves that may be in nature. The aim of this work is to determine which hyperbolic patterns occur in nature and their relationship with human physiology, in order to establish the bases of hyperbolic medicine. Methods: a bibliographic review of scientific works was made about hyperbolic curves in medicine, electro-magnetic fields, circadian rhythms, teleportation, precognition, fractals and space-time perpendicular to the movement of an organ. The articles considered of greatest interest for this work have been selected. Results: examples and tables with data of hyperbolic curves in nature and their relationship with the Earth's magnetic field, human physiology, circadian rhythms, biological effects of electro-magnetic fields, space-time relativity perpendicular to movement, teleportation, precognition and fractals are exposed. Conclusions: the reality we see is hyperbolic because the lines of the Earth's magnetic field deform our environment until it becomes hyperbolic. This influences human physiology and its circadian rhythms, giving patterns of hyperbolic adaptation. The space-time relativity perpendicular to the movement of each organ, teleportation, precognition and fractal structure are present in this hyperbolic adaptation.

Keywords: hyperbolic, medicine, synchronization, magnetic, fields

Edition: Volume 9 Issue 11, November 2020,

Pages: 234 - 239

Hyperbolic Medicine. A Space-Time Synchronization External to the Human

How to Cite this Article?

Jesus M. Gonzalez-Gonzalez, "Hyperbolic Medicine. A Space-Time Synchronization External to the Human", International Journal of Science and Research (IJSR), https://www.ijsr.net/get_abstract.php?paper_id=SR201102021316, Volume 9 Issue 11, November 2020, 234 - 239, #ijsrnet

How to Share this Article?

Click below to Watch Video Lecture of Above Article