To my understanding, science is wrong on speed of light.

On all the test, artificial light used, not actual sunlight.

Article Title: Science is wrong on…Light & Photon

Sunil Kumar Viswambharan Pillai I would put the statements in a slightly different way:

The speed of light in the medium of space is approximately 3x10^8 m/s. Dark matter is a stable form of bound neutrons and does not interact with light or slow its speed.

The universe is finite with a space boundary and light can only travel within the boundary where the medium of space exists. Matter particles (which are looped waves in Spacetime) and any radiation would dissipate at the space boundary.

We cannot get any data other than from within the boundary. I avoid terminology like “outside the boundary “ because space only exists within the space boundary.

Data Prerecording of Conference Presentation on Dark Matter and Dark Energy

Richard

Dear Richard Lewis

In my opinion, in a Cartesian coordinate system with no warp, given ε(b) the permittivity in empty space, ε(d) the specific permittivity in dark space, μ (b) the permeability in empty space, and μ (d) the specific permeability in dark space in the dark matter, in addition, given electromagnetic permittivity ε = ε(b) ε(d)and permeability μ =μ(b) μ(d) and the speed of light c(b) squared equals the inverse value product of ε(b) and μ(b), under conditions of ε(d) μ (d)< 1 in the dark matter, the speed of light c(d) in the dark matter become to be more than the speed of light c(b) in the conventional space matter.

1/c(d) squared = εμ=ε(b) ε(d) μ(b) μ(d) = (ε(d) μ(d)/c(b) squared )

c(d) squared =c(b) squared (1/ ε(d) μ(d))

Under ε(d) μ (d)< 1, c(d) > c(b)

On the other hand, in a coordinate system with spacetime-warp, under a constancy of the speed of light, the speed of light traveling along on the z-axis is described below:

c(d) = α∆z/β∆t = (α/β) ∆z/∆t = (α/β)c(b)

where, c(b) = ∆z/∆t, α is a curvature coefficient in space, and β is a curvature coefficient in time.

Given (α/β) >1 in the dark matter, the speed of light c(d) in the dark matter becomes to be more than the speed of light c(b) in the conventional space matter.

It is well-known that the speed of light is faster than the existing under the temporary transition period after Big bang.

Furthermore, it is well-known that there existed four forces under the temporary transition period after the Big bang.

If an undifferentiation that the electromagnetic force and the gravitational force remains under the transition left after the Big bang, the undifferentiated force in the dark matter may exist in itself, so an issue of the dark matter may deny.

I am unable to imagine what to expect to happen in the dark matter beyond my scope.