The Holographic Objective Collapse Principle: Wave Function Decoherence from Gravitational Phase Loss on the Holographic Boundary

Key Points

• The aim is to derive wave function collapse from a holographic approach, addressing the quantum measurement problem without relying on observers or alternative interpretations.
• Utilizes a 4-bit framework to analyze wave function behavior.
• Explores the effects of gravitational time dilation on spatial superpositions.
• Examines phase coherence decay in relation to boundary clock desynchronization.
• Demonstrates that two branches emerge from spatial superposition with differing gravitational time dilation.
• Establishes that phase coherence decays exponentially in these scenarios, leading to wave function collapse.