Dear Friends, Grand Success. The 119th finding in TOU (Theory of Universality) is that G at the periphery of Cosmos is theoretically calculated as G' = 1.82266 x 10^16 terrestrial SI units as per Lorentz transformations; which agrees with the G' calculated as 1.81423 x 10^16 terrestrial SI units as per my Theory. Both agree. This is the theoretical proof that all the constants change as we move up and down from the spherical shell of our OU (27.6 Billion light years thickness) and from a radius of 1.64682 Trillion Trillion light years from the CCBH ( Central Cosmic Black Hole ). For example, as per TOU, G = (4 c^3. lambda_p^2. m_p) / (N_a^2/3. h), where, c is speed of light, lambda_p is the Compton wavelength of proton, m_p is the mass of proton , N_a is Avogadro constant and h is Planck constant. The above formula for G yields a value of 6.66889 x 10^-11 SI units , which perfectly agrees with experimental value of G. Now, as space-time changes when we move across the Cosmos radially, c changes, mass changes with speed ( so does the Compton wavelength). As mass changes with speed Avogadro constant also changes. Finally, h = lmc, and all the three change, so does h. This is because the space-time created for each shell from the CCBH is different. To be published in the next Annexure.
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No because occurance of resonance take place as we move across cosmos
Anuradha Chhillar Resonance has nothing to do with whether the constants change.
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