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Flow of electric charge is similar to flow of heat by radiation. Both are electromagnetic waves. However, the heat has a potential, thermal potential. Similarly, the electric charges are electromagnetic waves that have a potential, positive or negative electrical potential. Such definition is verfied experimentally and theoreticlly in my published papers,

This definition is the key that may delete the confusion of the duality property of electrons. Defining the electron as a charge is the source of such confusion as the charge is a wave. According to this definition, Einstein explanation of photoelectric effect is found as a misconception.

1] S. Abdelhady, "An Entropy-Approach to the Duality Property" "J. Electromagnetic Analysis & Applications", March, 2011, 3: pp.220-227.

[2] S. Abdelhady, " Comments on Einstein's Explanation of Electrons, Photons, and the Photo-Electric Effect", "Applied Physics Research" Vol. 3, No. 2; November 2011, pp. 230-240

[3] S. Abdelhady, "An Approach to a Universal System of Units" "J. Electromagnetic Analysis & Applications", March, 2010, 2: pp.549-556

[4] S. Abdelhady, " A Thermodynamic Analysis of Energy Flow in Optical Fiber Communication Systems ", "Applied Physics Research," August 2012, Vol. 4, No.3

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Q: What is electric charge and fundamental charge?
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Is electric charge a derived or fundamental quantity?

fundamental


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Electric charge is a fundamental quantity all its own, like mass, length, and time.


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Is electric charge a property of just electricity or is charge a property of all atoms?

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Is electric charge a property of just electricity or is charge a property if all atoms?

The only short answer I can think of for this question is "no".Electric charge is a property of certain fundamental particles. We don't know why they have the specific charges they do, they just do. When you lump them together into an atom ... or anything else ... whether that "lump" ends up with an overall charge or not depends on whether the charges on the fundamental particles within it cancel out or not. For neutrons they do; for protons they don't.