The Λ Noise Hypothesis: Decoherence as an Intrinsic Property of Non-Linear Space-Time Geometry

Quantum decoherence is traditionally interpreted as a technical artifact resulting from imperfect isolation of a quantum system from its environment. This paper challenges that paradigm by proposing the existence of “Λ Noise” (Λnoise), a fundamental vibrational baseline intrinsic to the fabric of space-time itself. Within the framework of the Primordial Vortex Theory, we posit that the structural field (Field A) is governed by non-linear dynamics, implying that the vacuum state is never static but perpetually fluctuates. Consequently, absolute isolation is a physical impossibility. This hypothesis suggests that decoherence represents a continuous measurement process imposed by the geometric fluctuations of the universe, forcing quantum states to collapse into classical histories. We define the theoretical lower limit of coherence and propose that future quantum architectures must shift from passive isolation to active harmonic synchronization.