Neon Probability clouds

two datasets and paper, https://glimmarykarlr.github.io/Neon/ This study evaluates a 2,500-frame high-fidelity Neon ($Z=10$) wave function simulation to observe the morphogenesis of probability density ($|\Psi|^2$) as it stabilizes into nodal structures at the $P^{0.55}$ visibility boundary. The analysis utilizes a 12-dimensional data architecture to map the interaction between radial energy gradients and spin-angular coupling, identifying toroidal topologies where intrinsic spin serves as a structural driver for the electron cloud. This research culminates in the Roesch Gravity theory, which defines gravitational action as an operational result of quantum channel excitations ($\rho_Q(r) = \sum_i \rho_i(r) \cdot \alpha_i(r)$) and mass generation through chiral electrodynamic field alignments.