A handshake mechanism for quantum probabilities and transactional closure

This preprint presents a hypothesis explaining the mechanism of quantum record formation and phase locking dynamics. The work proposes a model that derives Born's rule probabilities from the interaction mechanism between quantum systems and environment, introduces the concept of optimal channel formation, and offers an approach to understanding the quantum-to-classical transition. The hypothesis includes: A proposed mechanism of phase locking between quantum systems Derivation of Born's rule probabilities Model of optimal channel formation dynamics Explanation of the quantum-classical transition process