Why the electron is negatively charged and the proton positively?

Like the two poles of a magnet, S and N, the negative or positive charge is just an appellation by convention. But each of them has also its own characteristic: repulsion and attraction. This is also valid for cathode and anode electrodes taking into account their uses.

The lightning, regardless of whether it comes from the cloud down or from the ground up, shows the interactions between them which is more essential than the convention which define the negative or positive charge. Another example; the motions of in the outer core, make of the Earth a huge magnet; once again, we call the two poles N and S just of iron-rich liquid according to convention.

repulsion and attraction

These examples are to say that all the signs and all the appellations are merely intended as a convention and the essential is the interactions between the two elements. What is even more important is the origins of these interactions.

The spiral motions of the constructive photons of electron give it a unique characteristic that cause certain lightness and keep it in a state of emission. But the proton has some attraction that keep absorbing the electrons and which should be explained by the compaction of the photons that form it. In other words, the type of motion and the positioning of photons on the surface of electron make it a transferable particle while the proton could be described as a recipient because of the compaction in the its globe.

electron and proton

Saleh Theory believes that the type of motion and the positioning of constructive photons of electron give it a certain lightness and keep it in a state of emission and the compaction of proton’s photons make of it an attractive particle; the discovery that could rewrite the story of electric charges.


Tags: electric charge negative charge positive charge electron proton repulsion attraction

Why the Electron is Negatively Charged and the Proton Positively?

persian

The type of motion and the positioning of constructive photons of electron give it a certain lightness and keep it in a state of emission and the compaction of proton’s photons make of it an attractive particle.

Why the Electron is Negatively Charged and the Proton Positively?

العربية

The type of motion and the positioning of constructive photons of electron give it a certain lightness and keep it in a state of emission and the compaction of proton’s photons make of it an attractive particle.

Why the Electron is Negatively Charged and the Proton Positively?

english

The type of motion and the positioning of constructive photons of electron give it a certain lightness and keep it in a state of emission and the compaction of proton’s photons make of it an attractive particle.

Why the Electron is Negatively Charged and the Proton Positively?

french

The type of motion and the positioning of constructive photons of electron give it a certain lightness and keep it in a state of emission and the compaction of proton’s photons make of it an attractive particle.

Why the Electron is Negatively Charged and the Proton Positively?

spanish

The type of motion and the positioning of constructive photons of electron give it a certain lightness and keep it in a state of emission and the compaction of proton’s photons make of it an attractive particle.

Why the Electron is Negatively Charged and the Proton Positively?

german

The type of motion and the positioning of constructive photons of electron give it a certain lightness and keep it in a state of emission and the compaction of proton’s photons make of it an attractive particle.

Why the Electron is Negatively Charged and the Proton Positively?

turkish

The type of motion and the positioning of constructive photons of electron give it a certain lightness and keep it in a state of emission and the compaction of proton’s photons make of it an attractive particle.

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