The synthesis of the equations
RSI reads E = hf and E = mc² as literal fluid mechanics: pulses of displacement, and displacement trapped in a toroidal knot.
Once energy is defined as displacement against a high-tension baseline, RSI holds that the foundational equations of quantum mechanics become literal fluid dynamics rather than abstract formulas.
In E = hf, energy equals Planck's constant (h) times frequency (f). RSI reads this as the number of times per second (f) that the baseline fluid is briefly displaced by a single Planck-scale structural pulse (h).
In E = mc², mass and energy are not separate entities. When a displacement wave loops back on itself into a 720-degree toroidal knot, its energy is structurally trapped. The 137-Escapement (described in Chapter II) holds the displaced volume in a static state. The energy (E) is the total volumetric strain (m) held against the restoring hydrostatic pressure of the universal field (c²).
In sum, the theory holds that energy is the physical action of the universe. It is the localized tension that arises when, and only when, the cosmos deviates from its perfect Rest-State.
From the paper: Chapter I, The Synthesis of the Equations. Read the full section
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