Vortex math and how it applies to physics

Lynx

Vortex math and how it applies to physics
« on June 26th, 2016, 11:43 PM »
Here's the related math thread regarding Russ'es Rodin coil build, http://open-source-energy.org/?topic=2680.0
Please stick to how vortex math can be factually proven to be correlated with known physics in here.

Viking

Re: Vortex math and how it applies to physics
« Reply #1, on June 27th, 2016, 07:05 AM »Last edited on June 27th, 2016, 08:21 AM
I'll start with a mind boggler. It may not be directly vortex math, but it has to do with Φ (PHI):

Φ2 = α * (B-(e+π), where

Φ = 1,6180339887498948482045868343656 = golden ratio - important in vortex math
α = 1/137 fine structure constant
B = 364.50682 nm = Balmers constant
e=2,7182818284590452353602874713527 = base of natural logarithm
π = 3,1415926535897932384626433832795
Note that:
∇E = ρ / e0, where E= electric field, e0=permittivity of space, ρ = charge density (C/m3)
∇xH = e0, H = magnetic field
Note that:
α = 1/(4*π*e0) * e2/(ħc), where
e0= permittivity of space = 8.854187817620x10−12 F⋅m−1
e=elementary charge = 1.6021766208*10-19 Coloumb
ħ = h/(2π)=plancks constant divided by 2π = 1.054571800*10-34,
c=speed of light in vaccum = 299792458m/s
Note that:
e0 = 1/ (u0*c2), where
u0=magnetic permeability of space = 4π×10−7 H/m
Note that:
λ = hm2 / (m2 - n2), where
n, m are the electron orbital numbers of hydrogen
λ = wavelength [m] of emitted (jump from m to n) or absorbed (jump from n to m) photons
To be updated later..

jbignes5

Re: Vortex math and how it applies to physics
« Reply #2, on June 28th, 2016, 01:54 PM »
 You mean 007's coil?

Viking