UCF MULTI-SCALE ECOSYSTEM

Global Coherence C(x,t): 0.500
Memory Density ∫L(x,τ)dτ: 0.000
Flocking Strength: 0.000
Rupture Events δ(t): 0
Active Robins: 0
Starling Swarm: 0
Swallow Territory: 0
Eagle Predators: 0
Active Journeys: 0
Established Nests: 0
RNA Computation Rate: 0.0
Photosynthesis φ(x,τ): 0.000
System Temperature Ω: 1.000
Avg Flight Speed: 0.0
Performance: 60 FPS
UCF MULTI-SCALE EQUATIONS
UCF Core Equations:
C(x) = ∫ L(x,τ) dτ
δ(t-t₀) = Rupture Detection
R[χ](x,t) = ∫ φ(x,τ)·e^(C(x)/Ω)·Θ(t-τ) dτ

Multi-Scale Coherence:
S(t) = scale transition function
C_interaction = C₁ · C₂ · δ(|S₁-S₂|)
Journey dynamics: s → s' via C-field

Predator Scaling:
Eagle: S_min = 0.2 (starlings)
Eagle: S_max = 1.2 (robins)
Hunt success ∝ scale compatibility

RNA Locomotion:
v(t) = Σ RNA_i(t) × motor_i
frequency = 20-35 Hz (Fast)
amplitude = f(coherence, RNA, scale)
PARAMETERS