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Sunday, August 23, 2015

Avogadro Constant Calculated - New Equation with Muonic Hydrogen Proton Radius



Using Haramein's proton radius equation (the one that predicted the muonic hydrogen proton radius) and the equation we derived in this blog for \mu={m_p\over m_e}, we can derived an expression for Avogadro's Constant which is even more accurate than the mainstream value:
N_A={A_r(e)M_u\over m_e}
N_A={{A_r(e)M_u\alpha^2}\over{4\pi\ell m_{\ell}R_\infty}}
N_A={{A_r(e)M_u\alpha^2}\over{\pi r_pm_pR_\infty}}
\alpha= fine-structure constant
m_p= mass of proton
m_e= mass of electron
R_\infty=R_H= Rydberg Constant
\ell= Planck length
m_\ell= Planck mass


N_A(new)=6.02214129 \dots \;\;\; \times10^{23}\;per\;mole
N_A(old)\;\:=6.022140857(74) \times 10^{23}\;per\;mole



The Surfer, OM-IV


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