Peter Rodgers

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A music video by Peter Donald Rodgers, Brisbane, Australia.

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ACHING BACK

Music video by Peter Donald Rodgers, Brisbane, Australia.

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Quanto Gravito Electro Magnetism 2

QGEM

QGEM is my Quanto-Gravito-Electro-Magnetism. Mathematicians and scientists have contributed much ... more QGEM is my Quanto-Gravito-Electro-Magnetism. Mathematicians and scientists have contributed much to human knowledge of this universe. In 1687, Sir Isaac Newton published his Philosophiae Naturalis Principia Mathematica to start Classical Mechanics in a 3D universe. In 1905, Albert Einstein published a paper that included Special Relativity. [6.] Suddenly, physicists were using 4D geometry. Einstein's corrections to Newton's mathematics enabled much better analysis for high-velocity situations. [1.] Mathematicians and scientists have given us much more knowledge for advancement. [2.] I have attempted to refine very difficult concepts and equations. Adjustments to specific assumptions, concerning light-speed as a constant, and concerning reversibility of time, might lead to improvement of our functional, physical geometry. Further, these adjustments to specific assumptions might provide changes to Maxwell's and Einstein's equations. Topics of vital interest are addressed, including new derivation for the Navier-Stokes equation and implications for Fluid Dynamics. I introduce reversible and irreversible theoretic constructs, and a new general universal conservation equation from which I can derive the Navier-Stokes equation. This paper has major ramifications for Black Hole physics and new mathematics of volume. I introduce Entanglement to solve the problem associated with different mathematics for macroscopic and microscopic situations.

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QGEM physics

QGEM is my Quanto-Gravito-Electro-Magnetism. Mathematicians and scientists have contributed much ... more QGEM is my Quanto-Gravito-Electro-Magnetism. Mathematicians and scientists have contributed much to human knowledge of this universe. In 1687, Sir Isaac Newton published his Philosophiae Naturalis Principia Mathematica to start Classical Mechanics in a 3D universe. In 1905, Albert Einstein published a paper that included Special Relativity. [6.] Suddenly, physicists were using 4D geometry. Einstein's corrections to Newton's mathematics enabled much better analysis for high-velocity situations. [1.] Mathematicians and scientists have given us much more knowledge for advancement. [2.] I have attempted to refine very difficult concepts and equations. Adjustments to specific assumptions, concerning light-speed as a constant, and concerning reversibility of time, might lead to improvement of our functional, physical geometry. Further, these adjustments to specific assumptions might provide changes to Maxwell's and Einstein's equations. Topics of vital interest are addressed, including new derivation for the Navier-Stokes equation and implications for Fluid Dynamics. I introduce reversible and irreversible theoretic constructs, and a new general universal conservation equation from which I can derive the Navier-Stokes equation. This paper has major ramifications for Black Hole physics and new mathematics of volume. I introduce Entanglement to solve the problem associated with different mathematics for macroscopic and microscopic situations.

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QGEM physics

QGEM is my Quanto-Gravito-Electro-Magnetism. Mathematicians and scientists have contributed much ... more QGEM is my Quanto-Gravito-Electro-Magnetism. Mathematicians and scientists have contributed much to human knowledge of this universe. In 1687, Sir Isaac Newton published his Philosophiae Naturalis Principia Mathematica to start Classical Mechanics in a 3D universe. In 1905, Albert Einstein published a paper that included Special Relativity. [6.] Suddenly, physicists were using 4D geometry. Einstein's corrections to Newton's mathematics enabled much better analysis for high-velocity situations. [1.] Mathematicians and scientists have given us much more knowledge for advancement. [2.] I have attempted to refine very difficult concepts and equations. Adjustments to specific assumptions, concerning light-speed as a constant, and concerning reversibility of time, might lead to improvement of our functional, physical geometry. Further, these adjustments to specific assumptions might provide changes to Maxwell's and Einstein's equations. Topics of vital interest are addressed, including new derivation for the Navier-Stokes equation and implications for Fluid Dynamics. I introduce reversible and irreversible theoretic constructs, and a new general universal conservation equation from which I can derive the Navier-Stokes equation. This paper has major ramifications for Black Hole physics and new mathematics of volume. I introduce Entanglement to solve the problem associated with different mathematics for macroscopic and microscopic situations.

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Superrelativity

Open Journal of Fluid Dynamics, 2016

Did any physics experts expect SUPERRELATIVITY paper, a physics revolution producing the EINSTEIN... more Did any physics experts expect SUPERRELATIVITY paper, a physics revolution producing the EINSTEIN-RODGERS RELATIVITY EQUATION, producing the HAWKING-RODGERS BLACK HOLE RADIUS, and producing the STEFAN-BOLTZMANN-SCHWARZSCHILD-HAWKING-RODGERS BLACK HOLE RADIATION POWER LAW, as the author gave a solution to The Clay Mathematics Institute's very difficult problem about the Navier-Stokes Equations? The Clay Mathematics Institute in May 2000 offered that great $million prize to the first person providing a solution for a specific statement of the problem: "Prove or give a counterexample of the following statement: In three space dimensions and time, given an initial velocity field, there exists a vector velocity and a scalar pressure field, which are both smooth and globally defined, that solve the Navier-Stokes Equations." Did I, the creator of this paper, expect SUPERRELATIVITY to become a sophisticated conversion of my unified field theory ideas and mathematics into a precious fluid dynamics paper to help mathematicians, engineers and astro-physicists? [1]. Yes, but I did not expect such superb equations that can be used in medicine or in outer space! In this paper, complicated equations for multi-massed systems become simpler equations for fluid dynamic systems. That simplicity is what is great about the Navier-Stokes Equations. Can I delve deeply into adding novel formulae into the famous Schwarzschild's equation? Surprisingly, yes I do! Questioning the concept of reversibility of events with time, I suggest possible 3-dimensional and 4-dimensional coordinate systems that seem better than what Albert Einstein used, and I suggest possible modifications to Maxwell's Equations. In SUPERRELATIVITY, I propose that an error exists in Albert Einstein's Special Relativity equations, and that error is significant because it leads to turbulence in the universe's fluids including those in our human bodies. Further, in SUPERRELATIVITY, after I create Schwarzschild-based equations that enable easy derivation of the Navier-Stokes Equations, I suddenly create very interesting exponential energy equations that simplify physics equations, give a mathematical reason for turbulence in fluids, give a mathematical reason for irreversibility of events with time, and enable easy derivation of the Navier-Stokes Equations. Importantly, my new exponential Navier-Stokes Equations are actually wave equations as should be used in Fluid Dynamics. Thrilled by my success, I challenge famous equations by Albert Einstein and Stephen Hawking [2] [3].

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Black Hole Shock

Journal of Applied Mathematics and Physics, 2016

Black Hole Shock unites relativity and quantum physics. The mysterious Navier-Stokes Equations, o... more Black Hole Shock unites relativity and quantum physics. The mysterious Navier-Stokes Equations, of my recent Superrelativity, inspired me to think deeper about physics equations. The Clay Mathematics Institute Millennium contest has motivated me to create two unique physics papers, Superrelativity and Black Hole Shock, which have raised my interest in fluid dynamics. An enormous amount of effort went into creating mathematics of Superrelativity. After that effort, I was hallucinating extremely long equations, and following intellectual tangents that led to five significant Black Hole Shock equations: (a) Klein-Gordon-Schrodinger-Rodgers Equation, (b) Einstein-Rodgers's Mass-Wave-Energy 4 Equivalence Equation, (c) Einstein-Schwarzschild-Klein-Gordon-Schrodinger-Rodgers Mass-Hyperacceleraton Geometry, (d) Einstein-Klein-Gordon-Schrodinger-Stefan-Boltzmann-Schwarzs-child-Hawking-Rodgers Black Hole Radiation Equation, and (e) Improved Hawking-Rodgers Radius of a Black Hole. My paper Black Hole Shock indicates that our current coordinate, dimensional, geometrical systems need to be radically improved. In this paper, mathematics ends the concept of duality of a particle and shows everything is electromagnetic .

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Beyond Albert Einstein's Relativity: Uft Physics

vixra.org

... By the introduction of the field concept in electrodynamics, Maxwell succeeded in predicting ... more

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