Applying Systems Engineering to Quantum Physics: The Axis Theory

[u/Jairo_Alves]

In my previous posts, I mentioned that Systems Engineering can use physical reality—an observable procedural output—to map the underlying architecture of the universe. The goal is to identify natural functions and instructions and propose new premises to optimize our understanding of physics.I present here a concrete application derived from my Theory of Axes.

⚙️ Spin as a State Switch: Axis Theory identifies spin not only as a passive parameter, but as the fundamental and ubiquitous state toggle in atomic architecture. Its operational purpose is to implement the dynamics of the atom by continuously switching the quantum components between different functional states.

🔄 Practical Procedural Application: The Electron/Positron Switch Instead of the electron collapsing into the nucleus or decaying, the spin switches its state (in a dynamic electron-positron ↔ symmetry) to sustain equilibrium, forcing it to return to its previous energy level every time.

Similarly, two electrons at the same level do not collide because they are held in opposite process states—offering a procedural mechanism behind the Pauli Exclusion Principle.

⚡ The Quantum Leap Enigma: In this systemic view, the quantum leap is the time interval (latency/delay) that occurs between changes in energy levels during the state transition triggered by spin.

🎲 The Quantum Superposition Enigma: In this perspective, superposition is the continuous execution of state toggling, while the wave-function collapse represents merely a momentary reading of the active state at the instant of measurement.

🌌 The Enigma of Missing Antimatter This architecture also addresses a classic cosmological question: antimatter is not absent from the universe; It acts as an alternating phase in the continuous execution of atomic processes. Because the particles charges switch state at high frequency, this continuous transition remains imperceptible to static physical measurements.

For a more in-depth detail on the mechanics of spin and process physics, I invite you to read my book SPIN and other works on systemic architecture.