Toy Models of Top Down Causation.

Area of Science:

• Theoretical Physics
• Philosophy of Mind
• Computational Modeling

Background:

• Current physics models struggle to reconcile quantum mechanics with classical physics and general relativity.
• The mind-body problem remains a significant challenge, particularly concerning the causal relationship between consciousness and physical matter.

Purpose of the Study:

• To explore novel causal models integrating emergent phenomena from higher-level structures with microdynamics.
• To investigate the potential of these models for unifying disparate areas of physics.
• To examine a form of panprotopsychist property dualism where consciousness and physical systems causally influence each other.

Main Methods:

• Development of probabilistic toy models.
• Utilizing cellular automata as a computational framework.
• Illustration of theoretical concepts through simulation.

Main Results:

• The proposed models offer a framework for causation arising from both microdynamics and higher-level structures.
• Cellular automata simulations demonstrate the feasibility and challenges of integrating consciousness with physical processes.
• The models provide a basis for exploring panprotopsychist property dualism.

Conclusions:

• Causal models incorporating emergent properties may bridge gaps in fundamental physics.
• These models offer a new perspective on the interaction between consciousness and the material world.
• Further research with these computational models is warranted to explore their full implications.