This has been shared on 27/10/2022.
The coulomb force can be derived using the movement of the magnetic flux lines, the superluminal velocity does not violate relativity, in fact, I use relativity to prove that the magnetic flux lines are components of wave interference, interference maxima/minima.
B = μ0/4π (3*r*(μ dot r)/r^5 - μ/r^3)
for angle of 90 degrees between r and μ the first term is zero
Fb= q v x B = q ω r μ/r^3 μ0/4π
μ=g e h_bar / 2 m = e h_bar / m
g = 2 for electron spin
E=m c^2 =h_bar ω ω = m c^2 / h_bar
Fb= μ0/4π q 2 e m c^2 h_bar / (2 m h_bar r^2) = μ0/4π q e c^2 / r^2
k = 1 / (4 π ε0) = c^2 μ0 / 4π
μ0 / 4π = k/c^2
Fb= k/c^2 q e c^2 / r^2 = k q e / r^2
giving the classical equation for the coulomb force.
You have something wrong. Interference arises from the mixing of two different fields or waves (usually of the same kind) say two electric fields or water waves say. You dont prove that from relativity, it is more a matter of definition.
A magnetic flux line arises in a region traversed by magnetic fields, could be a magnetic vortex of type II superconductor. Or you see magnetic lines by sprikling metal fillings near a magnet. Simple as that. Magnetic flux is the integral of magnetic field over an area.
A Coulomb force is due to electric field, not magnetic.
What does your expression for B represent?
You use Fb for both a Lorenz force and a Coulomb force? That cannot be correct.
They are very different forces.
Juan Weisz I derive the coulomb law from the Lorentz law, l say the magnetic flux moves with the particle spin and there is flux cutting on an arbitrary charge.
The interference is for quantum waves I propose the quantum waves represent both probability and spacetime density, relativity is used to work out the deformation of the wave interference, and this can explain the EM forces.
Preston Guynn
I haven't found how you derived this equation in the two papers I did find, superluminal velocity can happen for interference maxima and minima and it doesn't violate relativity, although you can't measure the superluminal velocity if you're an outside observer, it will drop to equal or below c.
for the g constant:
https://en.wikipedia.org/wiki/Anomalous_magnetic_dipole_moment
"It is usually expressed in terms of the g-factor; the Dirac equation predicts {\displaystyle g=2}📷. For particles such as the electron, this classical result differs from the observed value by a small fraction of a percent. The difference is the anomalous magnetic moment, ..."
Preston Guynn
I use g=2 you can read about the g factor here https://www.scirp.org/journal/paperinformation.aspx?paperid=67682
How did you derive the formulas in the paper you posted? Did you get them from other papers and "forgot" to cite the authors?
Preston Guynn If you've ever studied quantum mechanics you should have known that you must use g=2 for the QM equations to check out, I've shared with you articles you could read about it, instead, you self-proclaim a non-peer-reviewed paper that you wrote to be "the paper with the most significant breakthroughs in theoretical physics in history" where you don't even derive the formulas you present and try to project your ideas onto others. If you don't have to share something relating to this subject I suggest you stop harassing me.
https://physics.stackexchange.com/questions/503138/electron-spin-g-factor
Hi,
you may find it helpful/interesting (or maybe even Comforting?)
But it follows from the Quantum Entanglement Mechanism described in my Halloween 2020 paper "Quantum Elliptic Curve" that Entanglement Mechanism described in that paper MEANS that Signal between EPR-pair components (aka Bell pair) spreads INSTANTANEOUSLY!
It is a bit like Hard Chain Link on bicycle - the moment you push pedal DOWN, the wheel turns UP/AROUND on the other end of the bicycle!
So speed of light is CERTAINLY NOT the Limit!
Attached is version 3.0 of the paper which contains the details.
Best regards,
George Yury Matveev
www.matveev.se
Hello, when I speak about superluminal speeds what I mean is this Article Transverse Relativistic Effects in Paraxial Wave Interference
the phase velocity of an interference pattern can exceed the speed of light without violating relativity, any observations I've made stem from electromagnetism and the existence of numerous EM paradoxes that can't be solved with the accepted theories.- Badges
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