Student Cheat Sheet — Structural Detection Engine (SDE)

RTT/2 — Detection Layer#

What SDE Does#

SDE detects:

• collapse behavior
• fusion‑gradients
• triad deformation
• collapse→reassembly paths
• regime‑dependent structural signals

SDE does not integrate or emit — it only detects.

Core Concepts#

• CPV — Collapse‑Propagation Vector
• FGT — Fusion‑Gradient Tensor
• CRM — Collapse‑Reassembly Manifold
• Modes — formal, emergent, hybrid, chaotic, inversion
• Zones — U, S, M, D, X

Quick Operators#

• SDE::CPV() — read collapse vectors
• SDE::FGT() — compute fusion‑gradients
• SDE::CRM() — map collapse→reassembly
• SDE::MODE(x) — set detection mode
• SDE::ZONE(x) — set detection zone
• SDE::PACKET() — output detection packet

Minimal Packet#

RTT2_DETECTION_PACKET:
collapse_propagation:
fusion_gradient:
triad_deformation:
regime:
detection_mode:
detection_zone:
cross_module_projection:
notes:

When to Use SDE#

Use SDE when you need to:

• identify collapse
• measure deformation
• read gradients
• classify structural behavior
• prepare data for integration

SDE → SIE is the standard flow.