Relational Space-Time Ontology: Unification of Classical and Quantum Physics via Network Architecture

Key Points

• To propose a topological framework for understanding space-time and quantum interactions through a relational model.
• Introduced a relational and discrete model for space-time
• Conducted computational simulations to test the framework's consistency
• Performed analytical tests against standard astronomical data
• Framework aligns with standard astronomical data and addresses classical anomalies
• Internal validation is currently ongoing
• Peer-review process is in progress