Abstract
The paper identifies chaos, turbulence and fractal of quantum and macro gravity and studies their behavior, properties and applications based on the grand unified theory (GUT) and qualitative mathematics and modeling. Applications include devising electromagnetic engines, tornado aborter and terminator and technologies for electromagnetic treatment of genetic diseases such as cancer, systemic lupos erythematosus, diabetes and mental disorder without harm to normal cell and side effect. Typhoon in the Western Pacific which is turbulence is impossible to terminate and impractical to deflect but prediction can be improved because it follows the Northern Pacific Wind Cycle (Southern Pacific Wind Cycle in the Southern Hemisphere) and is affected by the temperature variation over the Philippine Deep and around Mayon Volcano. The electromagnetic engine uses the clean, inexhaustible, free dark matter, specifically, the energy of magnetic flux, in place of conventional fuel, e.g., fossil, nuclear and geothermal. The tornado aborter and terminator utilize the gravitational flux of the Earth, its vortex flux of superstrings as a cosmological vortex which is turbulence. The technologies for electromagnetic treatment of genetic diseases utilize electromagnetic waves based on resonance. All of them are GUT technologies because they are applications of GUT. Except for the magnetic train which is in operation the rest is still at the conceptual and research and development (R&D) phase but the theory is complete and the strategy for R&D are laid down in detail in the cited original papers.
Highlights
The paper identifies chaos, turbulence and fractal of quantum and macro gravity and studies their behavior, properties and applications based on the grand unified theory (GUT) and qualitative mathematics and modeling
This paper focuses on the three nonlinear natural phenomena of chaos, turbulence and fractal
Qualitative mathematics, the mathematical component of this new methodology is the complement of computation and measurement and consists of the following daily activity of the mathematician or scientist: Making conclusions, visualizing, abstracting, thought experimenting, learning, creative activity, intuition, imagination, trial and error to sift out what is appropriate, negating what is known to gain insights into the unknown, altering premises to draw out new conclusions, thinking backwards, finding basic premises for a mathematical space and devising useful techniques
Summary
This paper focuses on the three nonlinear natural phenomena of chaos, turbulence and fractal. While there is considerable treatment of the physical concepts chaos, turbulence and fractal in the scientific literature (e.g., [1,2,3,4,5,6]), it is less than adequate for purposes of precise scientific analysis. It was applied to physics for the first time to solve the gravitational n-body turbulence 1997 [9] and, later, the turbulence problem, 2001 [1] This new methodology has given rise to over 60 papers and books [16] in mathematics, physics and related. ESCULTURA fields that span biology [17], atmospheric and geological sciences [1], physical psychology [18] and medicine [19]
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