🔬 Laboratory Observation Manual

⚡ Re-Collapse: Logic Persistence Experiment

This is not a simple "animation replay," but a real-time reconstruction based on Causal Residuals.

• Mechanism: This action physically wipes all cell values (explicit state) and candidate lists (probability clouds), while strictly preserving the forbidden field (inhibitory force field) between nodes.
• Observation Points:
  • Instantaneous Convergence: Following a successful deduction, the "forbidden field" remains in a steady state. You will witness the system backtrace and reconstruct the target solution within milliseconds.
  • Probabilistic Branching: When triggered after a failed deduction, the system leverages residual constraint fields to explore alternative collapse paths. This proves the engine isn't "memorizing" a solution, but is calculating Causality in real-time.

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↻ Zero-State Deduction: Topological Emergence Observation

An experiment in "creation from nothing," observing the spontaneous construction of order.

• Mechanism: Initializes the engine from a state of Total Vacuum (an empty grid).
• Observation Points:
  • Cascading Propagation: Witness how microscopic local constraints propagate through useEntangle links.
  • Spontaneous Order: Observe the system as it evolves from chaos into a macroscopic Topological Order without any external instructions or top-down logic.