QUANTUM
MATHEMATICS FOR QUANTUM REALITY
The
TRUE Quantum Unit and the Third Form
By
Edward R. Close
In this paper, focusing on the four most basic
elementary particles: photons, electrons, up-quarks and down-quarks, a system of
mathematical logic operating on quantum mass-energy-volumetric equivalence units
is introduced. The Triadic Rotational Unit of Equivalence (TRUE, or True unit,
for short) quantum equivalence unit is derived from the basic principles of
quantum mechanics, relativity and particle-wave complementarity.
The calculus of Newton and Leibniz is shown to be inappropriate for application to quantum phenomena. Introduction
of quantum equivalence units enables us to revise the calculus of Newton and
Leibniz and produce a calculus that is more appropriate for application to the
phenomena of relativistic quantum reality.
Applying this new calculus to elementary particles and
combinations of elementary particles, we obtain a clearer understanding of sub-atomic
and atomic structure, and of the interchange of mass, energy and a third form
of reality that we call “gimmel”.
Gimmel is not directly measurable as mass or
energy, but is necessary for atomic stability. The discovery of this third form
of reality opens the door to a deeper understanding of the nature of reality.
The use of the quantized system of mathematical logic clears up some of the
“quantum weirdness”, yields new information about the multi-dimensional nature
of reality, and makes the scientific description and analysis of quantum
phenomena much more comprehensible. Some experimental data and observations that
have puzzled scientists for decades, and that are inexplicable within the
standard model of the current paradigm, are explained.
The Calculus of Distinctions, operating with Gimmel and Triadic Rotational Units of Equivalence (TRUE units) provides the missing link between consciousness and physical reality.
Scroll down to the Saturday, Feb. 11 for a brief summary of the paper.
If you want to review the paper, private message me on Facebook or email: ERClosePHD@Yahoo.com
Scroll down to the Saturday, Feb. 11 for a brief summary of the paper.
If you want to review the paper, private message me on Facebook or email: ERClosePHD@Yahoo.com
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