On Feb 5, 10:32 am, Archimedes Plutonium <plutonium.archime...@gmail.com> wrote: > Alright, there is a good chance that the displacement current in > physics is magnetic monopoles in space and that they are neutrinos of > a longitudinal wave. Keep in mind that in the Symmetrical Maxwell > Equations I need to solve what the Displacement current in Ampere law > is and the magnetic current density in the Faraday law is. So I am > looking for an argument that both of these are longitudinal waves. > > --- quoting Halliday and Resnick in 3rd edition, Fundamentals of > Physics, ?1988, on page 837 --- > The difference is not caused by the fact that one current is a > conduction current and the other is a displacement current. Under the > same conditions, both kinds of current are equally effective in > generating a magnetic field. The difference arises because the > conduction current, in this case, is confined to a thin wire but the > displacement current is spread out over an area equal to the surface > area of the capacitor plates. Thus, the capacitor behaves like a "fat > wire" of radius 55 mm, carrying a (displacement) current of 130 mA. > Its largest magnetic effect, which occurs at the capacitor edge, is > much smaller than would be the case at the surface of a thin wire. > --- end quoting H&R --- >
I am paying close attention to that displacement current that H&R described above of its 130 mA.
And I think I can get a longitudinal wave in the Maxwell Equations.
I spent the day thinking about it and I come back to the same conclusion. If we consider the emf, the electromotive force or the voltage as potential difference. How does a voltage really work?
Consider a battery at a circuit, does it not in one direction send out a push force of emf and in the opposite direction is a ebb, or a compression in one direction and a rarefaction in the other direction.
I do not see the voltage as a transverse wave, for the flow of electricity is directional same as a longitudinal wave has a vibration in the direction of motion.
I think voltage in Maxwell Equations are longitudinal waves, and that currents are formed from photons of a transverse wave guiding the electrons in motion. I think that in the Faraday law and Ampere law we have both longitudinal waves and transverse waves in operation.
But I still have not linked neutrinos to longitudinal waves. Perhaps that is possible if we consider that Space is a vast array of North and South pole magnetic monopoles and the means of communication between monopoles is the longitudinal wave.
Google's archives are top-heavy in hate-spew from search-engine- bombing. Only Drexel's Math Forum has done a excellent, simple and fair archiving of AP posts for the past 15 years as seen here: