Emergence & Decoherence in the Scalaron–Twistor Framework

Abstract

Develops the philosophical and formal underpinnings of how classical spacetime, locality, and apparent probabilistic outcomes emerge from an underlying deterministic, unitary scalaron–twistor theory. Interprets the decoherence term Γ₍decoh₎ as an effective coarse-graining over inaccessible degrees of freedom and shows how macroscopic indeterminism arises without violating fundamental unitarity.

Key Results

• Explains classical spacetime emergence via large-scale decoherence
• Interprets Γ₍decoh₎ as environmental tracing, reconciling determinism with QM statistics
• Positions RFT as unitary yet compatible with observed macroscopic randomness

Citation