We explore, within the Stochastic Rupture (SR) framework, a tentative geometric reading of quantum tunnelling. The picture is simple: a barrier may be understood as a region of accumulating information, and a particle's wavefunction may traverse it while the information there has not yet saturated before the barrier has, in a sense, nished crystallising into a fully classical object. Classical realisation (collapse) is identied with the local informational saturation χ → η already central to SR. We note that this picture reproduces, qualitatively, the Hartman eect (the saturation of tunnelling time with barrier width), and that it suggests a falsiable signature: the tunnelling rate would depend not only on the classical barrier parameters (V0, L) but on the informational density of the barrier material, plausibly its electronic density of states D(EF ). We are explicit throughout that this is exploratory: the central coupling that would set the magnitude of the eect is not derived, only its direction is proposed, and the underlying images are oered as intuition rather than as established mechanism. No claim of derivation is made.
GUILHERME ZAMBUZI (Sun,) studied this question.