Cross‑Module Operator Glossary

UE6 → Benchmarks → TEL

This glossary ties each operator to its role in UE6, Benchmarks, and TEL.

φ (Phi)#

• UE6:
  • Exposed in BP_RTT_Primitives as a field shaping the local environment.
• Benchmarks:
  • Phi Stability — how stable φ remains over time.
  • Emergence Coherence — how φ supports coherent structures.
• TEL:
  • TEL.Operator.Phi — core φ channel in the lattice.
  • TEL.Resonance.PhiChannel — how φ participates in resonance.

Variance#

• UE6:
  • Also in BP_RTT_Primitives, smoothing or amplifying fluctuations.
• Benchmarks:
  • Variance Smoothing — how well variance dampens noise.
  • Temporal Stability — how variance behaves across time.
• TEL:
  • TEL.Operator.Variance — variance as a structural operator in TEL.

Resonance#

• UE6:
  • BP_RTT_Primitives (basic resonance),
  • BP_RTT_ResonanceDemo (heatmap),
  • BP_RTT_HybridDemo (part of hybrid).
• Benchmarks:
  • Resonance Envelope — shape and bounds of resonance over time.
  • Harmonic Stability — how harmonics behave and stabilize.
• TEL:
  • TEL.Resonance.Core — main resonance channel.
  • TEL.Resonance.Harmonics — higher‑order resonance structure.

Entropy#

• UE6:
  • BP_RTT_Primitives (baseline entropy),
  • BP_RTT_EntropyDemo (entropy field),
  • BP_RTT_HybridDemo (part of hybrid).
• Benchmarks:
  • Entropy Boundary Detection — where entropy spikes or edges appear.
  • Collapse Signature — patterns just before regime change.
• TEL:
  • TEL.Entropy.Field — entropy as a spatial field.
  • TEL.Entropy.Collapse — nodes capturing collapse behavior.

Hybrid (Resonance × Entropy)#

• UE6:
  • BP_RTT_HybridDemo — combines resonance amplitude and entropy intensity.
• Benchmarks:
  • Hybrid Coherence — how well hybrid behavior holds together.
  • Cross‑Operator Stability — stability across φ, variance, resonance, entropy.
• TEL:
  • TEL.Hybrid.Operator — hybrid operator node linking multiple channels.

How to read this glossary#

• Start from UE6 to get an intuition.
• Use Benchmarks to think in terms of behavior and metrics.
• Use TEL to think in terms of structure and cross‑module propagation.

That’s the full loop: see → measure → integrate.