Refutation of the Notion of "Entanglement", Divalence & Beta Decay Within the HoloGenesis Framework

These articles introduce Divalence, a foundational concept of HoloGenesis, in contrast to the ambiguous “entanglement” invoked by mainstream physics. Where entanglement is treated as a mysterious nonlocal linkage, Divalence identifies a clear ontological law: whenever a coherent frequency domain resolves, its neutrality is maintained by splitting into opposed roles — a pump channel that sustains curvature, a release channel that discharges, and an idle channel that stabilizes phase. This triadic resolution is not optional but structurally compelled by the lattice. Neutron beta decay reveals this law in precise form. The neutron’s rest frequency unwraps into three products: proton (pump retuned), electron (release discharged), and antineutrino (idle collapsed). The apparent miracle of entangled correlations is here shown as the natural outcome of frequency itself: once coherence splits, states must oppose and complement each other to preserve conservation. Jets in scattering experiments, often attributed to hidden quark fragmentation, are reinterpreted as transient frequency lobes redistributing under the same principle, always collapsing back into whole-charge outcomes. HoloGenesis thereby rejects the entire particle zoo and the force-carrier dogma of QCD and the Standard Model. Quarks with fractional charges, gluons as binding agents, and a menagerie of virtual particles are unnecessary reifications. What these models disguise with ad hoc constructs is in fact the lattice’s own curvature adjustment under the Law of Frequency Conservation. No fractional charges, no invisible gluon flux tubes, no arbitrary mediators are needed. Stability, interaction, and decay emerge directly from the lawful inscription of coherence into the Slot Ladder, with Divalence providing the structural grammar by which neutrality and opposition are maintained. © 2025 Grégoire Mommaerts, HoloGenesis. This work is protected under international copyright law.