⚛️ CCT‑ODE · ζ‑Γ‑W COUPLING MONITOR

real‑time mathematical observatory · no sensors · pure collapse dynamics

🌀 COMPLEX PLANE TRAJECTORY

s(t) = x + iy · gradient flow ∂s/∂t = –η∇ℒ(s)

📈 J‑COUPLING EVOLUTION

J_ζΓ (blue) | J_ζW (orange) | J_ΓW (cyan)

s(t) = x + iy

0.500 + 10.00i

J_ζΓ

0.000

J_ζW

0.000

J_ΓW

0.000

ℒ(s) collapse loss

0.00

⚡ CCT gradient descent on loss ℒ = Σ sin²(π·gap). Gaps derived from J‑couplings and log‑energies.
J_ζΓ uses Gamma/Lanczos & ζ‑prime; J_ζW = |2^1‑s‑1|; J_ΓW via ζ(s), Γ(s), sin(πs).
✦ Real‑time computation of Riemann zeta, Gamma (complex) – pure mathematics ✦