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Teleportation of human organs in the treatment of diseases, hyperbolic spaces and unified fields

Author: 
Dr. Jesús M. González-González
Subject Area: 
Health Sciences
Abstract: 

Introduction: The possibility of teleportation of humans and their organs has been described taking into account space-time relativity perpendicular to its movement. The objective is to study aspects of teleportation that can serve in the treatment of diseases, acting in their time and space of development. Methods: A theoretical model has been employed, in which a human organ is inside a moving tram. A close observer will determine the relative lengths and times of that organ in its approach. The possibility of controlled traction of the perpendicular lengths to its movement is valued to facilitate a teleportation of the organ. Results: When a moving human organ approaches a close observer, he sees a hyperbolic image of it. This occurs in any reference frame and is similar to the lines of force described for a magnet and for the Earth's magnetic field. According to this model it is possible to modify the hyperbolic spatial dimensions of that organ by pulling from them to make a controlled teleportation. Conclusion: the teleportation of a human organ can be represented as a hyperbolic image. This can theoretically be achieved by dilating lengths and contracting times, perpendicular to its movement, in a controlled way. This could be used in the treatment of diseases by modifying their development´s time and space. According to these results, the perpendicular Doppler Effect and the unified field theory can be explained.

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