Zeroth Law of Quantum Mechanics: Control of Flow is Only Possible Through Two Points

Description / Abstract: In this manuscript, a novel conceptual postulate is proposed, herein referred to as the Zeroth Law of Quantum Mechanics. It asserts that any form of control or regulation over a dynamic flow—be it of energy, matter, or information—can only be achieved through the interaction of no fewer than two distinct points. Within this framework, the terms “control” and “management” are treated as functionally interchangeable. The hypothesis draws upon principles observed in both classical and quantum systems, suggesting that bilateral interaction is a necessary and irreducible condition for the modulation of flow. This foundational claim, while speculative, introduces a potentially unifying paradigm applicable to quantum communication, entangled states, and broader non-local dynamics. The work further invites formal mathematical modelling and experimental validation through minimal quantum-node systems