Hubbles Constant (Ho) fixed to light speed, C and calculated as 71 k/s/Mpc

Can I suggest "dark matter and energy" is the Aether wrapped in modern clothing?

The dynamic Aether I am refering to is NOT the "static ether substance" that Michleson-Morley could not detect, but the "dynamic Aether"

on which Maxwell and later, Einstein based their equations.

This is the "dynamic Aether" that causes inertia and its constants, and from that, Maxwell was able to calculate light speed, C.

From the direct connection numerically between C and Ho, the Hubble Tension is a mystery no longer!!

Here is an udated version that contains a "Hubble Horizon Distance" equation and a speculation as to the cause of the "Hubble Tension" issue.



Hubble Constant (Ho) fixed to light speed, C and calculated as 71 k/s/Mpc


My name is David Hine, and here is an interesting Hubble Constant equation that "fixes" Ho to local light speed, C.

Ho is now "fixed" to local light speed, C by this simple Ho equation worked in the old algebra style of Maxwell:-


2 x oneMpc x C, divided by Pi to the power of 21 = 70.9449 k/s/Mpc



In this equation, directly input the values below:-

oneMPC is 3260000 light years

C (local) is 299792.458 k/s

Pi is 3.142..........


Astronomers measuring Ho give the "ballpark" values of Ho, and now we have an Ho equation that "fixes" Ho to
local light speed, C, which has to be much more precise.

Note:- In the numerator, distance (Mpc) is multiplied by speed (k/s), and that is NOT an error in this situation, as the "distance squared" does not affect the numerical value of the Ho redshift by
"spreading out" (as any light source does) when viewing that redshift for Ho along just
one dimension only.

The dimensionless denominator Pi^21 sets the scales of this Ho equation correctly into the Dynamic Aether framework.
The Dynamic Aether Framework is not the static aether that the Michleson-Morley experiment could not detect, but
the Dynamic Aether that Faraday knew caused electrical "reluctance", and that Maxwell used as the basis for his
electric and magnetic "inertia" constants, and used in his Aether equations to calculate light speed. C..


With very kind regards, David Hine.

Email:- [email protected]

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Hubble Constant (Ho) Hubble Horizon Distance light years calculated from Ho of 70.9449 k/s/Mpc.



oneMpc X C, divided by Ho, and then divided by one billion = 13.7758 billion light Years



In this equation, directly input the values below:-

oneMpc is 3260000 light years

C (local) is 299792.458 k/s

Ho is 70.9449 k/s/Mpc

one billion is 1,000,000,000 light years, used to give the answer in convenient units of
billions of light years.


Note:- This Hubble Horizon Distance equation prevents falsifying the terminology of
declaring light years as years only.



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The "Hubble Tension Issue"

Note:- In the "Dynamic Aether Framework" of the Ho calculating equation in which Ho is "fixed" numerically to C,
the "Hubble Tension issue" is caused by the "DISTANT LOCAL VALUE" of C in the observed space regions being
directly affected by the presence of huge galaxies, black holes. or void areas, RELATIVE to the observer.

I made a since corrected mistake around equation tw0 when I should have said 1000000000 is oneBillion only.

one billion is 1,000,000,000 used to give the answer in convenient units of
billions of light years. That is myproper correction.