Algorithmic Derivation . Quantum Energy Correlation . From Microscopic Charge Dynamics to Macroscopic Electrical Energy: A Unifed Derivation
Abstract
Quantum Energy Correlation . In quantum mechanics, the energy E of a system is related to its frequency f through Planck’s constant h. By equating the electrical energy per cycle with the quantum energy E = hf. E=n²e²fR, R=E/(n²e²f)=(hf)/(n²e²f)=h/(n²e²), R=h/(n²e²) This document presents a step-by-step physical derivation connecting the fundamental properties of electrons (charge and frequency) to the macro-scale electrical parameters of Voltage, Power , and Energy. It bridges particle dynamics with classical Ohm’s and Joule’s laws.
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