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Energy of pair particle photon

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Energy of pair particle photon is improtant to acommodate Rydberg formula of inverse square saquare gravity which is also electric force.

Force equation is given as follows


F = G_3 m_p^2 /r_p^4 = m_p r_p \omega^2

Energy equation is given as follows


E = m_p c^2  +   h' \omega

if Mercury is also very dense,  m_p is also dependent on  \omega .


h' = k_1 (G_3 m_p^3/r_p)^{1/2}

According to Photogravity, Mercury is most hot.

It should be compared with inverse square square Energy level difference.


E_{nk} = 1/3 ( G_3 Mm/ 2 r_0 ^3 ) (1/n^2 +1/k^2 ) (1/n^2 -1/k^2 )

electric inverse square caseEdit

Force equation is given as follows


F = e_p^2 / 4\pi \epsilon_0 r_p^2 = m_p r_p \omega^2

Energy equation is given as follows

Failed to parse (lexing error): E = m_p c^2 + h" \omega


Failed to parse (lexing error): h" = k_2 e_p m_p (r_p / \pi \epsilon )^{1/2}


For Planck we go further to inverse cube forces.

see alsoEdit

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