This is a further development of my Scalar Superpotential Theory applied to the Theory of Relativity, particularly toward the artificial dilation of time and creation of portals into hyperspace.
Gravity slows down the time rate, and so does velocity. The equations of Special Relativity show that if velocity reaches the speed of light, time stops for the traveling observer. If velocity exceeds the speed of light, time becomes imaginary.
The equations of General Relativity show that the time rate depends on the local gravitational potential. If the gravitational potential equals minus half the speed of light squared, time stops. This is found at the event horizon of a black hole. If the gravitational potential is even more strongly negative, time becomes imaginary.
`T = T_o / sqrt (1-(2GM)/(Rc^2)) = T_o / sqrt (1 + (2varphi)/c^2)``T =`dilated time
`c =`speed of light
`varphi =` gravitational potential
Because the gravitational acceleration field is the negative gradient of the gravitational potential, a gradient-free potential field will exert no forces upon masses within it.
`varphi_p =-c^2/2``vec(g) = -grad varphi``grad varphi =` 0 , `varphi !=` 0`vec(g) =` gravitational field in `m/s^2`
It follows that a local region of space can have a force-free gravitational potential field that slows time, stops time, or creates imaginary time. Orthodox science knows only of gravitational potential fields created by masses, which necessarily have gradients. However it is possible to create gradient-free potential fields electromagnetically through the generation of diverging magnetic vector potentials, and therefore one can locally produce a force-free region of space whose time rate can be artificially altered.
`grad * vec A = beta varphi``grad (grad * vec A) =-beta vec(g)``vec A =` magnetic vector potential
`beta =` constant of proportionality (~ `10^21 to 10^25 (Wb * s^2)/(m^4)`)
The event horizon is merely the equipotential surface whose strength is sufficient to stop time. Beyond this surface, space, time, and mass become imaginary, forcing matter and consciousness within it to leave spacetime as we know it. This is the very definition of a portal. Through unique electromagnetic techniques, it is possible to create portals into imaginary reality without the types of violent gravitational forces produced by black holes, simply by ensuring that the portal region consists of a strongly negative gradient-free gravitational potential, identically a uniform divergent magnetic vector potential field.
Entering such a region rotates one into hyperspace. This is not the same as a Lorentz transformation, which is mere rotation through 4D spacetime. It is therefore a rotation into 5D, into hyperspace. Relativistic velocities and gravitational potentials are limited to the domain of 4D spacetime, while ultrarelativistic velocities and potentials generate a rotation into 5D hyperspace.
The value of one half speed of light squared for the portal threshold is not arbitrary. Rather it is the product of the average gravitational potential fields emitted by all masses in the universe.
`varphi = -(G M)/r``varphi =-G rho int_0^R r d r int_0^pi sin phi d phi int_0^(2pi) d theta =-c^2/2``G =` gravitational constant
`rho =` average density of universe
`R =` radius of universe
`c =` speed of light
Each mass emits a converging magnetic vector potential field, which collectively forces each point in space to become a diverging magnetic vector potential field for balance. The universe may be viewed as an ether sea where every point is a source, yet the center of every mass is a sink.
The average gravitational potential of the universe is a positive quantity, while the local field of each mass is a negative quantity. When the local negative field equals the ambient positive field, both cancel to zero and time stops. Time is therefore a product of the universe’s positive ambient gravitational potential, and each mass takes away from this which is why gravity is said to slow time.
As for length contraction, this happens in the direction of motion at relativistic velocities. The effect can be replicated without motion via a uniform potential field, which would cause length contraction in all directions, effectively shrinking the affected region relative to its surroundings. This is variable physicality through the local alteration of gravitational potential. By making the potential inside a room different from the space outside it, time rate and space scale would likewise differ. It is possible to have the space inside be larger than what is seen from the outside.
The Equivalence Principle follows from the wave equation applied to the ambient diverging magnetic vector potential field.
If `grad xx vec(A) =0` then `grad xx grad xx vec(A) =0` and `grad ( grad * vec(A)) = grad^2 vec(A)`
Longitudinal wave equation:
`grad ( grad * vec(A)) = 1/c^2 (del^2 vec(A))/(del t^2)``v` through `grad * vec(A)` creates local `varphi`
`a` through `grad * vec(A)` creates local `-vec(g)`
The time dilation of Special Relativity due to velocity and a mass’s resistance to acceleration can both be explained by the above wave equation. In the static case, where the left side equals a constant, it accounts for gravitational fields as well. This suggests very strongly that the gravitational potential is indeed a divergence in the magnetic vector potential.
Accelerating through the ambient potential field of the universe creates a wavefront which is experienced by the accelerating observer as a local gradient in the divergence, which is nothing but a gravitational field that pulls masses opposite the direction of acceleration. This is the basis of inertia and the full explanation of Mach’s Principle — the resistance to acceleration depends on the ambient gravitational potential field generated by all masses in the universe. This ambient field can be altered locally via electromagnetic means to alter or nullify the inertia of an accelerating mass.
Uniform velocity through the ambient field changes only the locally measured gravitational potential, producing no gradient or acceleration fields, but still changing the time rate as Special Relativity predicts.
Interestingly, earth itself has a certain gravitational potential value at its surface, and the velocity needed to create a local gravitational potential opposite that of the earth is precisely the escape velocity. It is the velocity required to get out of earth’s gravitational potential well.
Hyperspace is an imaginary axis perpendicular to the real number plane. The real number plane consists of radial real number lines each representing a particular spacetime universe, all of which intersect at their portal thresholds. It is through accessing hyperspace that one can then climb along the axis and rotate back into any arbitrary universe, any parallel reality.
Because gravitational potential is determined by the total mass distribution of the universe, and the universe has expanded over time, the time rate itself has changed since the early stages of the universe. Furthermore, due to the potential being relative, it is the masses participating in this universe that define the potential boundaries of this universe, boundaries beyond which one accesses other universes.
Black holes are doorways to other dimensions, albeit ones whose potential gradients are so strong that entering one would grind up matter. Nevertheless, the door into another room is also the door out of that room, meaning that each universe may be viewed as a self-contained black hole to all other universes, therefore our own universe is essentially one large force-free black hole containing within it further black holes which are not force-free.
In conclusion, we must therefore account for three different types of rotations — a rotation around the imaginary axis separating the various parallel universes, a rotation into spacetime as explored in Relativity, and a rotation into hyperspace or imaginary space by exceeding the speed of light or the portal threshold. So in addition to the three dimensions of space, it follows that there are three dimensions of time: linear, parallel, and imaginary. To access the latter two, one must exceed relativistic limits.
