VP Chemistry & Electromagnetism

From one anchor, the electron as a rotational dent in a jamming lattice, this paper derives chemistry and electromagnetism with no adjustable parameters: light emerges at c² = B/ρ reproduced to 0.06%, bonding from arccos(−1/3) = 109.47°, color from Δ_tet/Δ_oct = 4/9, and a single d-band descriptor for catalysis.

This paper is derived from the jamming branch of VP Theory → VP Theory (foundation).

From a single anchor — the electron pictured as a rotational dent in an infinitely rigid, fully packing jamming lattice — this paper derives both chemistry and electromagnetism using only π-geometry and the electromagnetic inverse-square law, with no adjustable parameters. The keystone is that light is not assumed but emerges: at the isostatic point of the jammed lattice the shear modulus vanishes while the bulk modulus survives, leaving a single longitudinal wave at c² = B/ρ, reproduced by a deterministic simulation to 0.06%. On that foundation charge is synchronized rotation, the Coulomb 1/r² is three-dimensional flux conservation, and the dynamic field equations, Poynting flow, and light-cone causality follow. Chemistry then falls out of sphere geometry — the tetrahedral angle arccos(−1/3), the crystal-field ratio 4/9, the close-packing fraction 0.7405 — and a single d-band descriptor reproduces why platinum is the optimal hydrogen catalyst and why copper alone turns CO₂ into hydrocarbons.

Every forced result has zero free parameters and a stated falsification criterion; measured constants are used once and never tuned. The work is fully reproducible (48 deterministic standard-library Python modules, six case ledgers, verification harnesses, and numeric-drift gates), and the few genuinely open questions — foremost the coupling α_em — are stated plainly.

Contents

1. §1 Electromagnetism — Light emerges from the jammed lattice as a single longitudinal wave at c² = B/ρ; charge, the Coulomb 1/r², the
2. §2 Chemistry from a single anchor — From the electron as a rotational dent, chemistry follows by sphere geometry: the tetrahedral bond angle arcco
3. §3 Copper conduction, iron magnetism — Two fates of the d-shell: why copper conducts and iron is magnetic, from the geometry of the partially filled
4. §4 The color of molecules — Color from d-orbitals: crystal-field splitting and the forced ratio Δ_tet/Δ_oct = 4/9 set which wavelengths tr
5. §5 Platinum catalysis — Why platinum is the optimal hydrogen catalyst, and how the early electron-amplitude resonance picture was refu
6. §6 Applications — One d-band engine across applications: ammonia synthesis, water electrolysis, energy stora
7. §7 Low-grade waste heat to electricity — Three 'heat + magnet + copper → electricity' mechanisms refuted; a Carnot-bounded thermomagnetic engine kept and quantified
8. §8 Open-items register — Every open and hypothesis item, with the specific physics that would close it: bond-dissociation energy, the c

DOI 10.5281/zenodo.20680540 · Reproduction code · CC BY 4.0