Key Findings and Scaling Laws

This record presents a concise mathematical framework and scaling laws for an event-driven energy conversion paradigm operating in high-impedance electrostatic environments. The work formalizes threshold-triggered energy release events and establishes invariant relations governing per-event energy, event rate, and average power output. The formulation reframes electrostatic potential as a stored state that produces usable power only through discrete, non-steady-state transitions. The results are intended as a foundational reference (prior art) for non-equilibrium, event-based energy systems and do not disclose device-specific implementations.