Reinterprets atomic structure and the periodic table as standing-wave geometry in a continuous medium.
Why Carbon Sits at the Center SERIES III — ATOMIC STRUCTURE & HARMONICS Matter as Standing Wave Geometry Carbon’s role in chemistry is so familiar that it is rarely questioned. It forms chains, rings, sheets, and frameworks. It bonds flexibly yet stably. It supports complexity without collapsing into rigidity or chaos. This is usually presented […]
SERIES III: Post 4 – Why Carbon Sits at the Center Read More »
Atomic Shell Closure as a Mechanical Node SERIES III — ATOMIC STRUCTURE & HARMONICS Matter as Standing Wave Geometry In conventional atomic theory, shell closure is explained by counting electrons. When an orbital is “full,” the atom becomes chemically inert, and a noble gas appears. This accounting works—but it does not explain why full shells
SERIES III: Post 3 – Atomic Shell Closure as a Mechanical Node Read More »
Walter Russell Was Asking the Right Question SERIES III — ATOMIC STRUCTURE & HARMONICS Matter as Standing Wave Geometry Walter Russell is often introduced as a cautionary tale—an outsider whose ideas drifted too far from accepted physics. His periodic tables, filled with spirals, octaves, and rhythmic language, are frequently dismissed as metaphysical rather than scientific.
SERIES III: Post 2 – Walter Russell Was Asking the Right Question Read More »
The Periodic Table Is a Standing Wave SERIES III — ATOMIC STRUCTURE & HARMONICS Matter as Standing Wave Geometry The periodic table is one of the most successful organizational tools in science. It predicts chemical behavior, bonding tendencies, and material properties with remarkable reliability. Yet its deeper structure is usually treated as an accounting scheme
SERIES III: Post 1 – The Periodic Table Is a Standing Wave Read More »
