John Robert Lamarr Greer

The Vacuum as a Hand-off of Information

This paper states that space is not a substance. It is the hand-off of information across the vacuum, the same passage by which one trapped gradient writes and the next hold receives. What is called the quantum foam is that traffic. A virtual pair is one hand-off, both directions...

One Action: The Draw and the Write

This paper states that heat propagates by one operation. A vibrating mass spends energy and writes information into the medium it acts on. The medium may be air, water, or space. The operation does not change when the medium changes. Action converts immobile heat into mobile heat...

Two Waves, One Heat, and the Lock that Writes Spacetime

This paper states an open-or-closed mechanics for two modes of one budget. Uncoupled, the budget appears as a photonic mode (electrical energy \(E\), no magnetic display \(B\)) and as a massive mode (mass \(m\), no display \(g\)). The identification of the massive mode with the S...

Two Waves, One Heat, and the Lock that Writes Spacetime

This paper states an open-or-closed mechanics for two modes of one budget. Uncoupled, the budget appears as a photonic mode (electrical energy \(E\), no magnetic display \(B\)) and as a massive mode (mass \(m\), no display \(g\)). The identification of the massive mode with the S...

Two Waves, One Heat, and the Lock that Writes Spacetime

This paper states an open-or-closed mechanics for two modes of one budget. Uncoupled, the budget appears as a photonic mode (electrical energy \(E\), no magnetic display \(B\)) and as a massive mode (mass \(m\), no display \(g\)). The identification of the massive mode with the S...

Two Waves, One Heat, and the Lock that Writes Spacetime

This paper proposes a foundational thermodynamic circuit model that reinterprets standard quantum mechanical wave-particle duality through a fluid-dynamic ontology of heat. Reviving the conceptual framework of heat as the primary flowing substance of the universe, the manuscript...

The AVIO Wave Equation: Coupling Constants β, γ, C. From Determinism to Probability and the Emergent Born Rule in the Alpha Void Information Ontology Paper 11

This paper derives the three key coupling constants of the nonlinear wave equation — β (magnetic threading), γ (nonlinear self-interaction strength), and C (fine-structure prefactor) — directly from geometric primitives and the preferred eccentricity e₀ = 1/√2. These derivations...