Charge of electron
A traveling wave, by definition, is traveling energy.
Logically, it is simply the type of longitudinal wave: standing or traveling. The displacement of granules will be greater near the electron’s core and decrease in amplitude at distance, as granules collide and transfer energy to more granules as it spreads spherically.īecause matter (measured as rest energy or mass) is formed from the same wave that has electrical properties (measured as charge), they can be related both logically and mathematically. Amplitude is the average displacement from equilibrium of aether granules. The elementary charge of a single particle (e e) is the wave amplitude at the first wavelength, calculated in detail in the section on electric force.
Shouldn’t charge (q) be related to mass (m)?Ĭharge is traveling longitudinal wave energy. We calculate the force of that object based on mass (m), using Newton’s 2nd law (F=ma). Why? When a collision occurs in objects, it is really a collision of millions and millions of electrically charged particles in those objects. Yet the laws of motion and forces are based on mass, not on charge. Large objects, like people, bikes or cars are made of atoms from these same particles.