The Dynamics of Opposite-Polarity Information Equilibrium and the Emergence of Mass, Elements, States, and Energy in the Universe (Dynamic Zero)

This paper presents the Dynamic Zero framework, an integrative paradigm in Information Physics proposing that all physical reality—mass, elements, states of matter, and energy—emerges from a dynamic information equilibrium of fundamental binary entities (-1, +1). Rather than treating matter or energy as primary substances, the model demonstrates how geometric confinement of bipolar information loops creates computational latency (perceived as rest mass) and how resonant phase-locking governs nucleosynthesis and thermodynamics. The framework includes four concrete, testable empirical predictions to bridge information theory, quantum mechanics, and fundamental physics.