RelativisticFieldEffect
plain-language theorem explainer
RelativisticFieldEffect encodes the threshold at which a pulsed magnetic field in a stationary coil array behaves as a relativistic mass current within Recognition Science. Researchers simulating virtual rotors for propulsion or field effects would reference this cutoff when v_field exceeds one-tenth the speed of light. The definition consists of a single inequality with no additional lemmas or reductions required.
Claim. The predicate holds for field velocity $v$ and speed of light $c$ precisely when $v > 0.1 c$.
background
The Virtual Rotor module formalizes a ring of stationary coils pulsed in sequence to create a rotating magnetic field that mimics a physical φ-spiral rotor. Field velocity is defined as $v = (2π r)/(8 τ_0)$ where $τ_0$ is the fundamental time quantum. Upstream results supply the 8-tick phase definition (kπ/4 for k = 0 to 7) and the tick constant from RSNativeUnits and Constants.tick.
proof idea
This definition is a direct one-line predicate that checks whether the supplied field velocity exceeds 10 percent of the speed of light. No lemmas are invoked; the body is the inequality itself.
why it matters
This definition supplies the relativistic threshold for the virtual rotor mechanism. It connects to the eight-tick octave by treating high-speed field pulses as mass currents in the ILG kernel. No downstream uses are recorded yet, leaving open integration with LedgerFactorization or NucleosynthesisTiers.
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