Relationship Between Conical Perspective, Hyperbolic Curves, and Hyperbolic Medicine

Abstract

Perspective” is the art of representing objects in such a way that they are visualized from the observer’s point of view. Using this technique, a three-dimensional (3D) world is projected onto a two-dimensional (2D) Surface. “Conical perspective” is the one that interests us in hyperbolic medicine since it is the one that most closely approximates the reality we see. We call “hyperbolic medicine” (abbreviated “Medipérbola”) to the study of hyperbolic curves that occur in the physiology of a living being, especially in humans, about other hyperbolic curves that may be in nature, such as electromagnetic fields, expansion-contraction systems in motion, circadian rhythms, and space-time relativity. We think that when we observe an object, the conical perspective of that image is not parallel lines that converge at a point, but hyperbolic curves of space-time, and the hyperbolic curves that occur in human physiology would be related to them. The relationships between conic perspective, hyperbolic curves of space-time, and hyperbolic curves of human physiology have been studied. Conclusions: 1. Conic perspective represents images that travel at the speed of light to the eye of the observer, following hyperbolic curves of space-time. 2. Human vision is hyperbolic because the space in which we live is deformed by “hyperbolic curves”, which exist in any longitude and latitude of the earth’s geography. 3. Human physiology can be conditioned by these hyperbolic curves, to adapt to this hyperbolic deformation of the space in which we live.