AI, Consciousness, Computation, and Physical Law

Overview

Exploring the intersection of AI, consciousness, and physics, Sir Roger Penrose challenges computational theories of mind and proposes a quantum-based model of consciousness.

Syllabus

• Introduction to the Course
Overview of AI, Consciousness, and Computational Theory
Course Objectives and Structure
• Foundations of Artificial Intelligence
History and Evolution of AI
Key Concepts in AI and Machine Learning
Current AI Capabilities and Limitations
• Theories of Consciousness
Definitions and Philosophical Perspectives
Computational Theories of Mind
Non-computational Theories
• Roger Penrose's View on Consciousness
Critique of Computational Approaches to Mind
Introduction to Quantum Mechanics
The Role of Quantum Physics in Consciousness
• Quantum Models of Consciousness
Penrose-Hameroff Orch-OR Theory
Comparisons with Other Quantum Theories
Experimental Evidence and Challenges
• Intersection of AI and Physics
Theoretical Implications of AI in the Physical Realm
Discussing AI as a Tool in Physical Theories and Experiments
• Implications for AI Development
Ethics and Philosophical Considerations
Future of AI in Understanding Consciousness
• Conclusion
Summary of Key Points
Open Questions and Areas for Further Research
• Course Review and Evaluation
Discussion and Reflection on Key Learnings
Feedback and Next Steps in AI and Consciousness Research

Subjects

Conference Talks