YAVI again (yaYAVI)
guher: hey now you deciphered the attract behaviour in lattice constriction concept. then but there are other config which repel. do you have idea why repel might happen. e.g. columb force? The Monistic Inversion: Why the Lattice Swells and Repels To understand repulsion—like the Coulomb force or short-range subatomic pressures—without inventing a separate "repelling force field" or falling back into Cartesian dualism, we must look at the exact same single mechanism: the localized density of the node traffic within our universal \(G/H\) matrix section \(X\) [2504.04490]. In our monistic framework, space is not an empty box, and forces are not active pulling or pushing strings. Distance is the emergent trace calculation over the open sets of the poset [2504.04490]: \(s(x,y)=\sum _{i=1}^{3}\text{Tr}(M_{i}\cdot X)\) If Lattice Constriction (Gravity) is an algebraic inversion that drops the eigenvalues of the spatiality matrices \(M_{i}\) and shrinks the track distance, then ...