Abstract:Curved space-time 4-interval of any probe particle does not contradict to flat non-empty 3-space which, in turn, assumes the global material overlap of elementary continuous particles or the nonlocal Universe with universal Euclidean geometry. Relativistic particle's time is the chain function of particles speed and this time differs from the proper time of a motionless local observer. Equal passive and active relativistic energy-charges are employed to match the universal free fall and the Principle of Equiva… Show more
“…But Einstein himself began to share the Cartesian matter-extension for the pure field physics at least since 1938. And nonempty space metric constructions for Einstein's General Relativity lead again to the same post-Newton findings for the main gravitational tests [15] as the empty-space metric of Schwarzschild can propose. What is the use of reinforcing the Aristotle-Descartes material space if it might not be ever justified in practice?…”
Section: Practical Benefits From Cartesian Physics Of Einstein and In...mentioning
confidence: 52%
“…Now we associate electricity with imaginary numbers by using ρ(x, t)dv ≡ q ≡ ie ⇒ −ie o for the 'negative' elementary charge of the electron. Its selfpotential ϕ o ≡ E q /q = q/r q = c 2 / √ G is to be defined via the light speed limit c and the Cavendish constant G. The similar charge to spatial scale ratio, √ Gm/r m = c 2 / √ G, arises in gravitation of continuous radial masses [14,15], where mc 2 ≡ √ Gmϕ o is the body internal (kinetic or active) energy. In other words, we use the fundamental potential ϕ o ≡ c 2 / √ G = 1.04×10 27 V for self-energies of both mechanical (real) and electric (imaginary) charges,…”
Section: Coulomb Fields Within Continuous Chargesmentioning
The Cartesian material space approach to Maxwell's equations reveals the analytical solution of the continuous radial density for the extended elementary charge. Radial charges and their Coulomb fields carry equal passive and active imaginary energies. The Einstein mass-energy formula can be updated for electricity in complex numbers. The Principle of Equivalence works universally for active/passive masses and for active/passive electric charges. Maxwell's equations for complex continuous charges become 4-vector identities for locally paired flows of energies that correspond to the Chinese yin-yang approach to the nature. Cartesian relativistic physics has its own nondual analog of the Einstein Equation, which leads to geodesic equations for the motion of Ricci material densities and to vortex states of the elementary mass-extension. Non-empty space physics modifies the Navier-Stokes equation by kinematic 'living forces'. This inertial feedback enables a conceptual choice between Newtonian and Cartesian universes (with localized or extended elementary masses, respectively) because of new predictions of pressure and temperature gradients across laboratory flows of liquids and gases.
“…But Einstein himself began to share the Cartesian matter-extension for the pure field physics at least since 1938. And nonempty space metric constructions for Einstein's General Relativity lead again to the same post-Newton findings for the main gravitational tests [15] as the empty-space metric of Schwarzschild can propose. What is the use of reinforcing the Aristotle-Descartes material space if it might not be ever justified in practice?…”
Section: Practical Benefits From Cartesian Physics Of Einstein and In...mentioning
confidence: 52%
“…Now we associate electricity with imaginary numbers by using ρ(x, t)dv ≡ q ≡ ie ⇒ −ie o for the 'negative' elementary charge of the electron. Its selfpotential ϕ o ≡ E q /q = q/r q = c 2 / √ G is to be defined via the light speed limit c and the Cavendish constant G. The similar charge to spatial scale ratio, √ Gm/r m = c 2 / √ G, arises in gravitation of continuous radial masses [14,15], where mc 2 ≡ √ Gmϕ o is the body internal (kinetic or active) energy. In other words, we use the fundamental potential ϕ o ≡ c 2 / √ G = 1.04×10 27 V for self-energies of both mechanical (real) and electric (imaginary) charges,…”
Section: Coulomb Fields Within Continuous Chargesmentioning
The Cartesian material space approach to Maxwell's equations reveals the analytical solution of the continuous radial density for the extended elementary charge. Radial charges and their Coulomb fields carry equal passive and active imaginary energies. The Einstein mass-energy formula can be updated for electricity in complex numbers. The Principle of Equivalence works universally for active/passive masses and for active/passive electric charges. Maxwell's equations for complex continuous charges become 4-vector identities for locally paired flows of energies that correspond to the Chinese yin-yang approach to the nature. Cartesian relativistic physics has its own nondual analog of the Einstein Equation, which leads to geodesic equations for the motion of Ricci material densities and to vortex states of the elementary mass-extension. Non-empty space physics modifies the Navier-Stokes equation by kinematic 'living forces'. This inertial feedback enables a conceptual choice between Newtonian and Cartesian universes (with localized or extended elementary masses, respectively) because of new predictions of pressure and temperature gradients across laboratory flows of liquids and gases.
“…The elementary mass density is to be a continuous spatial function in the Cartesian world and in the Einstein-Infeld pure field approach to matter. 4 passive mass-energy densities in non-empty pseudo-Riemannian world is the Ricci scalar, 8,9…”
Section: Physics Of Pure Fields For 1629 Cartesian Vortex Mechanicsmentioning
Cartesian extended matter has its own nondual analog of the 1915 Einstein Equation for pure field physics in nonempty moving space. This tensor balance of energy densities and local stresses leads to Maxwell-type equalities for inertial currents and vector geodesic equations for relativistic accelerations of the Ricci scalar for inertial and gravitational mass densities. Field inertia of slow energy flows reestablishes the living force feedback which is missed in Newton-Euler fluid dynamics and in the Navier-Stokes equation.
“…Pseudo-Riemannian 4-geometry with 6 inherent metric symmetries γ i j (x) = δ i j has the universal, Euclidean 3D space sub-interval in nonlocal GR equations and provides new physical interpretation of the known gravitational tests [3]. Strict spatial flatness of the warped space-time manifold reinforces the surface independent magnetic flux (3) over a closed line, the gauss electric flux over a closed surface, and gravity/inertia independent quantization of elementary matter in covariant relativistic relations.…”
Abstract. Gravitational fields and accelerations cannot change quantized magnetic flux in closed line contours due to flat 3D section of curved 4D space-time-matter. The relativistic Bohr-Sommerfeld quantization of the imaginary charge reveals an electric analog of the Compton length, which can introduce quantitatively the fine structure constant and the Plank length.
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