Calculating Hubbles Constant

[David Hine]

There is an equation from which Hubble's Constant (Ho) can be calculated:-       2 X one Mpc X C, divided by Pi to the power of 21  =  71 K / S / Mpc

Check how the calculated Ho value of 71 lays with the measured values of Ho, as displayed on Wikipedia's "Hubble's Law" page.

Comments please.  Kind regards,  David Hine

[Chandra]

For a welcome post, it is a bit enigmatic... It would be very interesting if you could give an explanation of where the equation you propose comes from, since Pi raised to the 21st power in the divisor seems very striking to me...

I would like to attach this reading to contextualize the subject and to record the importance of knowing the current, past and future value of this cosmological parameter to better understand the nature of this universe.

https://news.uchicago.edu/explainer/hubble-constant-explained

Welcome!

[David Hine]

Hi Chandra, and thanks for your reply. This Hubble Constant (Ho) calculating equation is derived from Maxwell's electromagnetic equations, and Einstein's Relativity. The Pi to the power of 21 part describes the "controlling effect" of the intervening "spacetime" or "Aether", or whatever else you wish to call the "substance composition" of the intervening distance between the observer and the observed. This equation works, and opens up several areas that are incorrectly interpreted about what Hubbles Constant REALLY is, and its place the universe, and how the intervening distances of space "looked through" by Astronomers directly determines the numerical value of Ho, which in standard units is  71 K / S / Mpc.   Kind regards, David Hine.