User talk:Roman Czyborra/1st

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Magnetic Gravity
Jesús Sánchez  wrote in http://vixra.org/pdf/1609.0217v3.pdf on 2016-09-14:

$$ \frac{ G[\mathrm{Nm^2/kg^2}] } { 2\pi\alpha^2ch[\mathrm{Nm^2}] / m_e^2[\mathrm{kg^2}]} = \exp\left[\frac{\frac{\pi}2\alpha-\alpha^{-1}} {\sqrt2}\right] \approx \frac1{e^{96.89}} \approx 10^{-42.0792} \approx 2^{-139.784}$$

http://m.wolframalpha.com/input/?i=plot(ln(2*π*α^2*exp((α*π/2-1/α)/2^.5)))from1/138to1/137

ω=2mc²/ℏ=1.552688radZHz ℏ/2mc²=0.6440443zs

T=2π/ω=1/f f=ω/2π=2mc²/ℎ=247.118EHz

1z:=ℎ/8mc²=1.011662zs

1w:=2χ=2c/ω=ℏ/mc=386.1593fm=Bohr/137

1m:=2T589G605M077k584w

G=66740856.572431564nm³/s²/kg =(405630.489941nm)³/s²/kg =(1G058M647k121w)³/s²/kg

$$ \phi_0=h/2e=2.0678\textrm{fWb},\\ K_J=1/\phi_0=2e/h=483.598\textrm{THz/V},\\ R_K=2\phi_0/e=2/G_0=h/e^2=25.812\textrm{kΩ},\\ G_0=2/R_K=e/\phi_0=2e^2/h=77.48\textrm{µS},\\ e=G_0\phi_0=h/2\phi_0 $$

$$ {m_e}/{m_n}\approx(\alpha/2)^{4/3+\alpha\pi/4} $$

2Bcontinued --Roman Czyborra (talk) 18:56, 8 December 2017 (EST)

Prefixing And Enlarged Exponents
Roman Czyborra (talk) 13:40, 9 December 2017 (EST)$$ {_{2\land}\N}\cup{^{\land2}\N}\subset{_{\N}\N}\subset\N \land {^{0-}\N}\subset\Z \land {^{1/}\N}\subset\Q \land {_{\N}^{1/}\N}\subset\R \land {_{^{0-}\N}{^{1/}\N}}\subset\C $$

Li₂CO₃
$$3·0.45g/d=1.35g/24h$$ $$_3Li_2+{_6C_1}+{_8O_3}=72g/mol$$ $$18.75mmol~Li_2=37.5mmol~Li_1$$ $$0.0375N_A/86400s=261PBq=1/4as$$

(2**)
$$2^x= {[\mathbb e^{\ln2}]}^x= \mathbb e^{x·\ln2}= \sum_{n\in\N}\frac{(x·\ln2)^n}{n!}= \sum_{n\in\N}\frac{(x·\sum_{n\in\N}\frac{(-1)^n}{1+n})^n}{n!}=

$$