Systems and Methods for Geometric Experiential Intelligence

[0000] A system and method for cooperative construction of experiential geometry employs a plurality of teacher-agents to collaboratively design pedagogical environments. Each teacher-agent operates as a persistent computational entity with a specialized pedagogical role and a bounded scope of geometric authority defining permitted modifications to an experiential geometric manifold. Teacher-agents independently generate geometric proposals that encode pedagogical objectives as geometric properties including curvature, topological barriers, and potential fields. A conflict resolution system detects and resolves conflicts among proposals through strategies including weighted combination, negotiation, escalation, and multi-branch preservation. A cooperative assembly engine integrates resolved modifications into the manifold. The system enables pedagogical scaffolding to be embedded directly into geometric structure through cooperative multi-agent authorship, supporting adaptive learning environments that evolve responsively based on observed user traversal patterns within the experiential geometry.