Abstract
The purpose of this research is to apply the Einstein’s principle of relativity to solve the mind-brain problem and to generate all Standard Model Particle masses. Our approach is somewhat analogous to the dualistic idea of Descartes. Instead of a pineal gland, wherein the brain interacts with the mind, we propose during the developmental stages of the human fetus the tiny brain begins to communicate with the smallest structures of spacetime. This interaction occurs as the fetus brain begins to emit thermodynamic low heat energies, which are then absorbed into the smallest structures of spacetime saturating the interstices of the fetus brain. Think of these heat-energies like Morse code instructions. Since these kinds of interaction involve spacetime, with brain matter-energy, and that our main guiding principle is that of relativity, our research resulted in a general relativistic wave equation, wherein the n-valued heat-energies emitted by the brain-field-matrix Bμv, is identified as the energy momentum tensor of general relativity. The spacetime mind-matrix (Mμv) is likewise identified as the Riemannian curvature matrix. Together they form a general relativistic expression given by: Mμv +Pμv M=cBμv. Here c represents the combined general relativistic constants. By detaching the energy momentum tensor Bμv from the general relativistic wave equation, converting it to an operator, and then combining the time component with the Bose-Einstein equation, resulted in a brain temperature function capable of calculating precise heat-energies emitted by the brain during the formation of the fetus mind. As the fetus brain becomes more complex, it further organizes the mind. At some point self-aware consciousness is evoked within the spacetime mind. The same equation (relabeled to distinguish it from the mind-brain equation) can be applied to generate all Standard Model Particle masses.
Highlights
The purpose of our research is to apply Einstein’s principle of relativity to solve the: 1) Mind-brain problem; 2) Why particles have the mass that they do; 3) And to classically derive the hydrogen spectrum as a function of the electron’s mass variance—not based on the electron’s orbiting radius.In our previous research, we had attempted to solve the particle-mass problem, to apply it to derive the hydrogen spectrum, as a function of the bound electron’s mass
This interaction occurs as the fetus brain begins to emit thermodynamic low heat energies, which are absorbed into the smallest structures of spacetime saturating the interstices of the fetus brain. Think of these heat-energies like Morse code instructions. Since these kinds of interaction involve spacetime, with brain matter-energy, and that our main guiding principle is that of relativity, our research resulted in a general relativistic wave equation, wherein the n-valued heat-energies emitted by the brain-field-matrix Bμν, is identified as the energy momentum tensor of general relativity
Sorbed into the elemental structures of spacetime saturating the interstices of the fetus brain. Think of these discrete heat-emissions like Morse code instructions. Since these interactions involve spacetime with brain matter-energy, and that our main guiding principle is that of relativity, our research resulted in a general relativistic wave equation that can be applied to the mind-brain problem, as well as applied to calculate all Standard Model particle masses, including those not yet discovered
Summary
The purpose of our research is to apply Einstein’s principle of relativity to solve the: 1) Mind-brain problem; 2) Why particles have the mass that they do; 3) And to classically derive the hydrogen spectrum as a function of the electron’s mass variance—not based on the electron’s orbiting radius. In this way our previous particle mass results were not practically constrained—more problematic, the energy momentum tensor contained no measurable variables that could provide a statistical range of expectation values for predicting particle mass To resolve this matter, in our current research, we detached the energy momentum tensor from the general relativistic wave equation, turned it into an operator, and combined the time component of the operator with the Bose-Einstein statistical equation. Think of these discrete heat-emissions like Morse code instructions Since these interactions involve spacetime with brain matter-energy, and that our main guiding principle is that of relativity, our research resulted in a general relativistic wave equation that can be applied to the mind-brain problem, as well as applied to calculate all Standard Model particle masses, including those not yet discovered
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