A Universal Node-Based Framework for Emergent Planck-Scale Physics

Key Points

• The aim is to propose a framework where spacetime and fundamental physics arise from interconnected nodes at the Planck scale.
• Developed a universal framework based on interconnected nodes representing Planck-scale units.
• Incorporated a universal Lagrangian to govern the dynamic states of these nodes.
• Performed numerical simulations to explore system interactions and emergent phenomena.
• Visualized the results and extracted relevant equations to analyze emergent particle structures.
• Demonstrated emergent particle-like structures from the node interactions.
• Showed analogs of spacetime curvature arising from the network dynamics.
• Observed quantum-like oscillations indicative of fundamental quantum behaviors.

Abstract