Interaction of Electron and Photon with Quantum Space and the Role of T (Quantum Space Intensity) in the CRVD Framework

Passage (superficial interaction) and Penetration (volumetric support/entry) are governed solely by the dynamics of Quantum Space Intensity ($T$) relative to its critical value ($T_{\text{crit}}$) and the spatial metric ($\lambda$) defining the entity's momentum ($\mathbf{p}_{\text{CRVD}}$).通联（表层相互作用，Passage）与穿渗（体域支撑/侵入，Penetration）仅由量子空间强度（Quantum Space Intensity，$T$）相较于其临界值（$T_{ ext{crit}}$）的动力学行为，以及用以定义实体弯曲动量（$mathbf{p}_{ ext{CRVD}}$）的空间度规（$lambda$）所支配。