Torus in the PSP Model: Dynamics, Rhythms, Self-Regulation and Energy Balance

In the Parametric Scalar Potential (PSP) model, the torus-flywheel is the central element of the cyclic Universe. It functions as a cyclotron separator, a Watt governor, and a resonator. This paper presents complete calculations of the magnetic field, power, gravitational components, Lorentz force, and Foucault currents. It is shown that a torus with a mass of 30% of the Universe's mass (M_tor ≈ 3 × 10^54 g) can confine a quasar through centrifugal force. The rhythm T_obs = 16.35 days is detected in our zone (M = 0.29) and is a projection of the source's ring, stretched by the attenuation law. The torus self-regulation operates on the principle of a centrifugal Watt governor. Under overload, the torus slows down, the quasar descends toward the center, extracts excess mass, and the torus restores nominal operation. This ensures long-term cycle stability.