multi-level-bisociation

name	multi-level-bisociation
description	Simultaneous concept collision at multiple abstraction levels
execution	strategy
used-by	combinatorial-creativity

Multi-Level Bisociation

Simultaneous concept collision at multiple abstraction levels. Unlike single-level bisociation, this strategy forces collision at concrete, functional, structural, and abstract levels simultaneously, producing richer creative output.

State Ledger

Resource	Target	Current	%
web-search	25	0	0%
web-research	10	0	0%
paper-overview	25	0	0%
paper-search	15	0	0%
paper-research	8	0	0%

HARD-GATE

Cannot exit strategy until ≥80% of each budget line is consumed OR yield targets are met with justification for remaining budget.

Available Tactics

Tactic	Role
combination-mapping	Enumerate collision points across levels
blend-construction	Construct blends at each abstraction level
emergence-detection	Detect cross-level emergent properties

Available SOPs

SOP	Role
abstraction-ladder	Decompose concepts into multiple abstraction levels
vital-relation-mapping	Map vital relations at each level
blend-composition	Compose collisions into novel connections
emergent-property-identification	Identify non-additive properties from multi-level collision
combinatorial-synthesis	Synthesize multi-level bisociation outputs

Execution Guidance

1. Decompose: Use abstraction-ladder to place each concept on multiple levels (concrete → functional → structural → abstract)
2. Identify Collision Points: At each level, find where the two concepts' logics intersect or contradict
3. Force Multi-Level Collision: Simultaneously collide at 3+ levels
4. Map Cross-Level Effects: Identify how collision at one level creates opportunities at another
5. Extract Insights: Derive novel mechanisms from the multi-level collision pattern
6. Validate Depth: Confirm insights are structural, not surface-level puns