If one were to check this link very closely, one would see that this compares the measured data to my equation, and the result is 1, unity, #Oneness.
Rydberg's Unit of Energy Identity:
$${e^4m_e\over{64\pi^3\hbar^3c\epsilon_0^2R_{\infty}}}=1$$
(Wolfram evaluation of equation <-- click here)
or
$${e^4m_e\over{8h^3c\epsilon_0^2R_{\infty}}}=1$$
(Wolfram evaluation of equation <-- click here)
(Google Calculator evaluation - click here)
Proton to electron mass ratio example by Wolfram: click here
Redefining standard mass NIST info
Rydberg's Unit of Energy Identity:
$${e^4m_e\over{64\pi^3\hbar^3c\epsilon_0^2R_{\infty}}}=1$$
(Wolfram evaluation of equation <-- click here)
or
$${e^4m_e\over{8h^3c\epsilon_0^2R_{\infty}}}=1$$
$$m_e={8h^3c\epsilon_0^2R_{\infty}\over e^4}$$
$$m_e={8h^2\epsilon_0^2R_y\over e^4}$$
(Wolfram evaluation of equation <-- click here)
(Google Calculator evaluation - click here)
Proton to electron mass ratio example by Wolfram: click here
Redefining standard mass NIST info
The Surfer, OM-IV
Has anyone seen the error yet?
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