CCT $\pi$-FLUCTUATION RADAR

Zero Point Vacuum Informatics Analyzer

STATIONARY PHASE LOCKED

ZPE Signal Injection

Modulation Depth ($\alpha$)

Vacuum Noise Floor

CCT Theory Parameters

Collapse Threshold ($\theta$) 0.85

Phase Anchor $\pi_{eff}$

ODE Solver ACTIVE

"Fluctuations in $\pi$-scaled observables act as a local radar. When ZPE transmission modulates the vacuum, it perturbs the stationary phase reference."

$$ \frac{d\vec{\Theta}_{\pi}}{dt} = \mathbf{A}\vec{\Theta}_{\pi} + \beta \cdot \vec{M}_{zp}(t) $$

● STATIONARY ($\pi$)

● PROBABILITY (ZPE)

Real-Time CCT Metrics

Phase Drift ($\delta\theta$) 0.000 rad

Entropy $H(T)$ High

Collapse Potential $\Delta_i$ 0.00

Channel Fidelity $R^2$ 0.00

Vector Curl ($\nabla \times V$) 0.00

System Log

[INIT] Phase reference locked to $\pi$.

[INIT] ODE-CCT solver initialized.

[INIT] Waiting for vacuum perturbation...