This project documents a reduced MMU v7.1 KMC Time FEM status freeze. The purpose of this work is not to prove physical particles or to replace established physics. The purpose is to freeze the current software status of an auditable simulation core. The simulator tests whether several MMU hypothesis routes can be carried by one common frozen KMC response chain without hidden post output retuning. The internal dynamic state is limited to w2 w3 w4. The observable w1 channel is treated as readout only. Solver source field evolution diagnostics and interpretation are kept separated. The current reduced simulator supports the following software routes. Electron like motion is represented as a free w234 or w2 w4 packet. Proton like formation is represented as a contracted three ur cell P3 macrocell. Mass and inertia are treated only as proxy behavior arising from contraction K of a increase field feedback and internal deformation resistance. Electron P3 interaction produces shell or interface capture only inside a finite capture window. Wrong incidence angles phases impact parameters or velocities lead to scattering or escape. A neutron like precursor route appears only as a narrow boundary level inner eG capture window and is not interpreted as a derivation of the physical neutron. The correct status of the work is reduced software route support. It is a reproducible intermediate platform for testing MMU hypotheses and for preparing future full 3D FEM energy accounting physical scaling quantitative comparison longer stability runs and final frozen operator audits.
Jurgen Wollbold (Thu,) studied this question.