Agent Choice via Quantum Flux in Living Systems

Key Points

• The aim is to develop a model that connects intentional choices of biological organisms to physical principles.
• Develop a theoretical model examining the relationship between quantum states and agent choices.
• Explore parallels between quantum mechanics and thermodynamics.
• Propose a framework that allows for non-predictable agent choices while remaining consistent with physical laws.
• Establishes a potential many-to-one relationship between quantum states and agent choices.
• Suggests that biological intentionality can coexist with established physical laws.
• Demonstrates how thermodynamic concepts can be analogously applied to understanding biological decision-making.