Riemann zeta function and quantum theory

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exponential integral function 1

8. Quantized time and distance

The following equation is the relation between force and energy in subatomic particles. $dv/dt=cv/r$ Applying Lorentz effect, this becomes a wave equation. Therefore, above equation is showing the motion in subatomic field. Modifying the equation, that is similar to prime-counting function. $$ct=\int{\frac{dr}{\ln{(r/r_0)}}}= \int{\frac{dr}{\beta}} \approx \pi(r). (\beta=v/c=\ln{(r/r_0)})$$ If r..

Mathematics and Science 2023.11.18
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The articles in this blog are personal thoughts about scientific theories and about comments and corrections of my books.

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Riemann hypothesis, Riemann zeta function, strong and weak force, complex prime number, prime number and quantum theory, quantum gravity, group theory, Riemann zeta function and quantum theory, general relativity, Analytic extension of Riemann zeta function, nontrivial zeros of Riemann zeta function, roots of Riemann zeta function,

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The articles in this site are mostly not verified by experiments. 2023.12.02
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