Definition of Quantum Space in the CRVD Framework

quantum behavior fundamentally emerges from the localized instability and non-equilibrium nature of volumetric energy gradients within the underlying spatial substrate. This instability manifests when the local density and spatial variation of energy ($\rho_E$) are sufficiently high such that the spatial structure resists immediate homogenization. Therefore, quantum space is defined by the presence of non-zero, time-dependent volumetric energy gradients, which inherently dictate non-classical correlations and interactions.