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Phase-Shifted Agentic Swarm (PSAS)

A multi-agent cognitive synchronization framework featuring strict physics anchoring, lateral topological probing, adversarial filtering, and an overarching destructive interference engine.

Designed to solve high-reliability engineering and material science problems by cross-validating competing cognitive frequencies and severing logical contradictions before final execution.

Core Architecture

  • Agent Alpha (Strict Physics Anchor): Relies strictly on known thermodynamic, material science, and mathematical constraints with zero speculation.
  • Agent Beta (Lateral Topology Probe): Explores edge cases, alternative geometric interpretations, and unusual topological mapping.
  • Agent Gamma (Adversarial Filter): Identifies logical fallacies, physical impossibilities, and structural constraint violations.
  • Overarching Awareness Engine (Interference Engine): Evaluates all three frequencies to calculate the Consensus Delta, applies destructive interference to delete flawed logic branches, and outputs the final verified truth state.

⚠️ Enterprise & Commercial Licensing Notice

PSAS is dual-licensed:

  • Open Source (AGPLv3): Free for non-commercial research, academic use, and open-source projects. Note: The AGPLv3 license requires any network-accessible service using this software to open-source its entire backend application code.
  • Commercial Enterprise License: Required for proprietary commercial deployments, closed-source SaaS platforms, and enterprise data center infrastructure. Commercial licenses grant full rights without AGPLv3 copyleft restrictions, plus integration support.

📩 For Enterprise Licensing Inquiries: inquiries@lawrencearchitectures.com

Parametric Validation Dataset

This repository includes a parametric verification script validating acoustic failure thresholds and structural limits for Monolithic Fused Quartz (SiO2) using Linear Elastic Fracture Mechanics (LEFM).

Usage

from psas_swarm import PhaseShiftedAgentRouter

router = PhaseShiftedAgentRouter() verified_truth = router.verify("Your complex engineering prompt here") print(verified_truth)

Metadata

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