kcdodd
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Can we please get a moderator?
The discussion centers around the behavior of electrical charges, particularly electrons, in relation to Maxwell's equations. Participants explore whether a charge moving at constant velocity can be considered as an electromagnetic wave, the conditions under which radiation occurs, and the implications of acceleration on electromagnetic phenomena. The scope includes theoretical considerations and conceptual clarifications regarding electromagnetic radiation and wave behavior.
Participants generally agree that radiation requires acceleration, but there is disagreement about the nature of radiation produced by different types of acceleration and whether constant velocity charges exhibit wave behavior. The discussion remains unresolved regarding the implications of these points.
Limitations include the dependence on definitions of radiation and waves, as well as the unresolved nature of how constant velocity charges relate to wave behavior in quantum mechanics.
kcdodd said:Can we please get a moderator?
kcdodd said:Can we please get a moderator?
elect_eng said:I've reported his crazy posts.
He can't even tell the difference between charge and charge density..
Dunnis said:It is you who has a single charge of a single electron in your equation, and moderators will tell you that, whatever the reason you want to call them. You may as well call your mum too, that will not change the reality and what has come to past. Next time be careful about the equations and try to use them before you make your conclusion, so to not embarrass yourself like this. Ok? -- At least you realized there is a TOTAL amount of charges here, now learn about it:
Dunnis said:YOUR FALSE EQUATION: E = \frac{q}{2\pi\epsilon_0*r}