#electrostatic field

Electrostatic Field

"It's both an ingress-denial mechanism and an attractive hallway light!" —Daxiver, Izzet electromancer

Electrostatic Field

"It's both an ingress-denial mechanism and an attractive hallway light!" —Daxiver, Izzet electromancer

Line charge field and potential.

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When computing the most general solution of the electrostatic potential in a plane, Jackson [1] mentions that \( -2 \lambda_0 \ln \rho \) is the well known potential for an infinite line charge (up to the unit specific factor). Checking that statement, since I didn’t recall what that potential was offhand, I encountered some…

rel: [figure] Magnetic field around a straight conductor {note: the earth is spherical} [J.R. Jenneson, Electrical Principles for the Electrical Trades (third edition) 1990, p.82, Fig. 5.13]

Take the basis of this image as principle, note that the earth is spherical and tell me, does the earth have current flow in the crust and core, in all parts? Of course there is.

Simply then, if energy (matter) is dispersed to heat as is likely with pressure or, just with increased current flow per cm2 with decreasing dimensions of mass as we look closer to the center of the earth then the current flow and with that the existing theories of field science provide a sufficient basis for gravity where each molecule has charged particles there must be a field.

Charge is measured relative, and to what? Who can say that a balance of protons and electrons results in an un-charged state, we simply observe that they are in balance locally but there is still charge and there must be a field. Even all qunatum particles have a field, that is how they interact even indirectly and, form stable.

So, all of matter exists in a field as we admit. It is only necessary then to show that fields wish to combine, even seemingly unbiased fields. Then the charge state offsets the bias of combining. That is a sufficient basis for gravity.

It might be sufficient since there are analogues to suggest that gravity is the highly charged electrostatic field on a larger scale however {where we only experience a small part of that field}, a conversation of charge mass versus charge voltage.

I wouldn't ask for help, but this is very important. I'm having hard time with this. Please if you know how to solve it, help. Equation that should be used to solve is enough. I may offer you help with math as return.