Could The Hubble Constant and Mass of Proton = Pi Ratio Squared??

I have something that I have found but would like to get more feed back on this pertaining to the Hubble constant and the proton mass. It appears that these two elements have a relation to the h constant, gravity, and pi ratio squared, here is what I have found thus far and would like to understand more on this…..

 

In my first find y is undefined, so I had nothing to work with, but this inverted gave me a defined value which I then could work with.

 

I would like to know, if you find this interesting, as I am trying to get some information on this here, if there is something of interest you find, then I would like to share more information…

 

I need to be clear that what I am calculating is an area of some type, but this inverts values in relation to constants of zero empty space. I think I have discovered an inverted manifold!

Thanks!

 

 

Hubble Constant = [x 2.05029496733635e+38

 

mass of a proton in kg = [ y 0

 

 

 

 

 

This is the inverted function

 

 

Hubble Constant = [ x 1.39863399220286e+21

 

mass of a proton in kg =[ y 15819225774830694

 

 

 

 

[ x 1.39863399220286e+21+[ y 15819225774830694 = 15819225774831842 = relative area

 

1/15819225774831842 = 6.32142188393939e-17

 

 

299.792458/6.32142188393939e-17 = 4742484578693790000

 

 

6.626e-33*4742484578693790000 = 3.14237028184251e-14

 

 

 

3.14237028184251e-14^2 = 9.87449098820698e-28 = G =====??????

Edited January 3, 201213 yr by I think out of the box