Toward General Laws of Systems and Stability: A Foundational Perspective

Key Points

• The aim is to establish general laws that govern system behavior and stability across different domains.
• Proposed a systems-level framework based on energy-based representations and equilibrium transitions.
• Illustrated approach through cross-domain case studies including engineering systems and population dynamics.
• Analyzed reciprocal influence and structural principles across physical and abstract systems.
• Identified common principles that enhance understanding of stability in diverse systems.
• Demonstrated how energy-based representations can unify approaches in both engineering and biology.
• Showed that equilibrium transitions are critical in various domains, revealing deeper insights into system behavior.