Posts by David Michael

Does my boom look big in this? New universe measurements bewilder boffins

There is now a very simple way to calculate Hubble’s Constant, by inputting to an equation, the numerical value of Pi and the speed of light (C) from Maxwell’s equations, and the value of a parsec. NO space probe measurements (with their inevitable small measuring / interpretation errors) are now required. Hubble’s Constant is ‘fixed’ at 70.98047 PRECISELY. This maths method removes the errors / tolerances that is always a part of attempting to measuring something as ‘elusive’ as Hubble’s Constant. This has very deep implications for theoretical cosmology.

The equation to perform this is :- 2 X a meg parsec X light speed (C). This total is then divided by Pi to the power of 21. This gives 70.98047 kilometres per sec per meg parsec.

The equation to perform this can also be found in ‘The Principle of Astrogeometry’ on Amazon Kindle Books. This also explains how the Hubble 70.98047 ‘fixing’ equation was found. David.

H0LiCOW! Hubble's constant update paves way for 'new physics'

Re: What "Standard Model"?

Hi, It's now possible to calculate Hubble's Constant using only a simple algebra equation described in 'The Principle of Astrogeometry' on Amazon Kindle Books. All that is needed is to 'input' the numerical value of Pi, and light speed (C) into that equation. This maths method 'fixes' Hubble's Constant at 70.98047 PRECISELY. There are no small % deviations in results, as will always be found when attempting to physically measure something as 'elusive' as Hubble's Constant. This now 'simplifies' interpreting the universe 'model', as there can now only be ONE model. I don't know what that is, but it's certainly controlled by a very 'firm' mathematical 'framework', Regards, David.

Hi, There is now a very simple way to calculate Hubble's Constant, by inputting to an equation, the numerical value of Pi and the speed of light (C) from Maxwell's equations. NO space probe measurements (with their inevitable small measuring / interpretation errors) are now required. Hubble's Constant is 'fixed' at 70.98047 PRECISELY. This maths method removes the errors / tolerances that is always a part of attempting to measuring something as 'elusive' as Hubble's Constant.

The equation to perform this can be found in 'The Principle of Astrogeometry' on Amazon Kindle Books, David.