Something else I just cannot fathom from the electric comet theorie (well several somethings).
Electrical discharges are always between something, and get stronger as the objects get closer. Since the comet's tail appears as it get closer to the sun, clearly the sun is the object interacting with the comet. So why is the comet's tail AWAY from the sun in a single cone, rather than many 'fingers' extending to the sun's magnetic fields?
Electrical discharges happen as charge gets built up and eventually overcomes the resistance of the isolator between the two objects, after which the charge needs to be built up again. The further the objects are apart and the stronger the resistance, the more spectacular the discharge. Yet a comet's tail is clearly a continuous phenomenon, that gets STRONGER as the objects get closer, which is the exact opposite of how electricity would behave.
We see a lighting bolt because the electricity superheats the surrounding air, which then causes electron excitation in the molecules surrounding the discharge, which causes a photoelectric effect. Space is a vacuum. What is it that the electric comet theory claims causes the visual effect?
Given that space is a near vacuum of which the resistance is probably known somewhere and the distance between a comet and the sun, the exact resistance to be overcome for a discharge to happen can be calculated. Now I've not done this, but my guess is that the energy required for that to happen from the first moments the comet's tail starts appearing would exceed the energy output of the sun itself. Where does this energy come from? Especially since in a vacuum friction is virtually non-exsitent?
Please, no links to colourful websites alone. If at all possible a quick summary for each of the anwsers with a link to the scientific data supporting these answers would be much appreciated.