The Geometric Electron: The Reclassification of the Electron as a Lattice Vertex

August 11, 2026Open Access

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This paper aims to provide a theoretical framework that reinterprets the electron as a geometric lattice vertex instead of a traditional particle.
Analyzed 33,973 crystallographic structures from the Cambridge Structural Database.
Proposed geometric reinterpretations based on standing-wave solids and lattice configurations.
Presented pre-registered predictions for future empirical tests under KLGHS methodologies.
Identified formation energies quantizing into geometric wells aligning with vertex counts.
Stable materials associate with vertical harmonic stripes that match allowed geometric resonances.
Valence electron counts correspond precisely to vertex counts in the analyzed structures.

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Conceptual framework redefines the electron in terms of geometric properties, proposing a new model for atomic structures.

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Kish et al. (2026) studied this question.

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