God Does Not Play Dice: Helium Analysis through the Determinacy Equation – Part 1: Helium

This paper reports the results of observing the helium atom ground state by applying the Determinacy Equation. Helium is a triangular three-body system consisting of a nucleus (+2) and two electrons with Pauli-forced opposite spins. Through observation, we confirmed that the Coulomb attractions (nucleus-electron) and Coulomb repulsion (electron-electron) among the three bodies maintain dynamic equilibrium through perpetual motion. This observation raises two fundamental questions. First, is zero-point energy not a consequence of Heisenberg uncertainty, but rather a structural impossibility of static equilibrium in triangular geometry? Second, is the energy eigenvalue—the tool adopted by physics for one hundred years—the correct yardstick for understanding quantum systems? This paper proposes that zero-point energy originates from the geometric impossibility of a three-body triangular system reaching static equilibrium, and that energy is not the correct yardstick for quantum structure.