The Structural Organization of the Cosmos An Electrodynamic Framework Beyond Gravity-First Models

This volume collects a coherent sequence of theoretical investigations addressing laboratory gravimetry, light propagation in plasma environments, planetary system architecture, galactic-scale dynamics, and solar–planetary magnetism under a unified electrodynamic perspective. The work explores whether phenomena traditionally interpreted within gravity-first frameworks may be consistently described as effective outcomes of collective electromagnetic organization operating across scales. No modification of Maxwell’s equations or introduction of new interactions is assumed. Gravitational descriptions are treated as phenomenological and effective within their validated regimes, while electrodynamic structure is examined as a candidate organizing substrate capable of shaping motion, propagation, and large-scale coherence. The volume integrates and extends material previously developed in peer-reviewed and preprint form and is intended as a stable archival record of an alternative, physically grounded causal ordering. The focus is on internal consistency, continuity across scales, and the identification of testable discriminants rather than on replacing established descriptive frameworks.