An Alternative Multidimensional Graphical Modeling for Sciences
91 Pages Posted: 31 Jul 2018
Date Written: July 10, 2018
This monograph presents the rationale of multidimensional coordinate systems as the most effective visual tool to understand the behavior of any natural phenomenon from a multidimensional perspective. The main motivation behind the creation of multidimensional coordinate systems is to propose an alternative type of graphical modeling and to develop new types of multidimensional graphs to facilitate the study of the sciences. In doing so, the mission of multidimensional coordinate systems is to offer scientists an alternative multidimensional graphical modeling approach for research and for the teaching-learning process centered upon the evolution of any natural phenomenon. Hence, the following new types of multi-dimensional coordinate systems are presented: the pyramid coordinate system (five axes and infinite axes); the diamond coordinate system (ten axes and infinite axes); the 4-dimensional coordinate system (vertical position and horizontal position); the 5-dimensional coordinate system (vertical position and horizontal position); the infinite-dimensional coordinate system (general approach and specific approach); the interlinkage coordinate system; the cube-wrap coordinate system; the mega-surface coordinate system. All these multi-dimensional coordinate systems can graphically represent 4 dimensions, 5 dimensions, 8 dimensions, 9 dimensions, and so on, up to an infinite number of dimensions.
Keywords: Multidimensional Coordinate Spaces, Sciences, Mathematics, Physics, Pure Sciences
JEL Classification: C19
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