In simpler terms, if an electrical charge ‘q’ is so small like a test-particle regarding its dimensions but huge in its electrical charge, is there any substance in nature or phenomena where a small volume can have huge electrical charge (like e.g., small volume of a star but with millions of Coulombs in small volume?
If it could, then one consequence of the Reissner-Nordstrom solution of general relativity is that it would be a naked spacetime singularity. Cf. Article Lecture Notes on General Relativity
Stam Nicolis many thanks. I intuitively arrived to notions about comprehension of the role of the Abraham-Lorentz force and its application hidden behind naked singularities and black holes. The topic is stunning! I arrived to a known final radius Rf of a black hole which cannot be vaporized itself more till that radius in hypothetical studies. The final confined volume is that Rf, then the Abraham Lorentz force has an importance that has been revised by others in some articles. I think that the Reissner-Nordström scenario let’s us consider a significant role of the Abraham’s Lorentz force and considerations about the Jerk and this force. I believe that a big charge of Coulumbs could move in the universe with a small size of orders based on 10^- some amount. A micro volume or even less like a point with a huge charge where the Abraham Lorentz force can be considered.
Preston Guynn many thanks for this answer. I really appreciate the time to reply to. I consider that some phenomenon there should be found and open the possibility to accept naked singularities or something close to that. The Abraham Lorentz force is a great concept behind all this stuff as the particle with that behavior should radiate close to the concepts of naked singularities. I will be exploring more articles I have been reading about and to conclude at least a humble letter about this stuff.
To answer the question
“Can an electrical charge q to be huge in charge and small in size(shape)?”
- it is necessary before to understand what is “electrical charge”. The answers see in SS post in
https://www.researchgate.net/post/Do_photons_have_positive_negative_or_neutral_chargeand links in the post.
Cheers