Charge and Spin from Emission Geometry: A Frequency-Based Model Using Einstein's Probabilistic Units

This paper derives charge and spin as emergent geometric quantities in a vacuum oscillator field, using Einstein’s A and B coefficients as foundational units. Charge is expressed as a ratio of spontaneous and induced emission parameters, while spin is interpreted as a curvature-based force term. The electron is analyzed as a test case, yielding normalized values of charge and spin from first principles. These results suggest that all intrinsic quantum properties may arise from coherent transitions within the vacuum memory field.