March 3, 2026Open Access

SAN Universal Energy Constant: A Framework of SAN Energy Science

Puntos clave

K_SAN provides a universal proportionality relation between energy and mass, reinforcing traditional physics concepts.
The derived constant K_SAN is approximately 9 × 10^16 J/kg, highlighting its connection to light speed squared.
Evaluation utilizes experimentally measured values for electron rest mass and rest energy in calculations.
The interpretation of mass-energy equivalence is deepened through the SAN Energy Science theoretical lens.

Resumen

This work derives the SAN Universal Energy Constant (KSAN) within the framework of SAN Energy Science, an energy-centric theoretical approach that treats energy as fundamental and matter as its rested form. A universal proportionality relation between energy and mass, KSAN = E/m, is established. Using experimentally measured electron rest mass and rest energy values, the numerical evaluation gives KSAN ≈ 9 × 10¹6 J/kg, which numerically equals c². This result provides a deeper physical interpretation of mass–energy equivalence based on SAN Energy Science

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