⚫ BLACK HOLE ENERGY MONITOR

ζ–Γ–W network · Antiresonance heartbeats · xFFT collapse detection

🌀 Oscillation core s(t) = s₀ + A·cos(ωt)

Amplitude A

Frequency ω (rad/step)

Center s₀

Time steps N

Sampling fs (Hz)

🎯 Energy Eigenvalue Eₙ: ---

🕳️ Black hole observables

Mass Mₙ (solar masses): ---

Hawking Temp T_H (K): ---

Oscillation amplitude A: ---

Heartbeats (# antires.): ---

Dominant heartbeat [Hz]: ---

📈 Time evolution & J‑coupling

J_ζW (solid) Loss ℒ(t) (dashed)

💓 xFFT Antiresonance "Heartbeats"

▼ local minima = antiresonance (collapse mode)

📐 CCT interpretation

Antiresonances correspond to collapse of information flow between ζ (prime encoding) and Γ (entropy) sectors. Each dip in |H(f)| marks a frequency where loss ℒ → 0 and the black hole "pulses" — a heartbeat. Energy eigenvalue Eₙ quantifies the stationary action of the oscillation mode.