Electromagnetic Bound Field Configurations and the Emergence of Effective Rest Mass

Abstract

space0.4cm eginabstract The origin of rest mass from fundamentally massless fields remains one of the most subtle conceptual gaps in modern theoretical physics. While electromagnetic radiation is traditionally treated as freely propagating and intrinsically massless, this description implicitly assumes unconstrained wave modes and neglects the possibility of persistent, dynamically confined field configurations. In this work, we introduce the concept of Electromagnetic Bound Field Configurations (EBFCs)— localized, non-radiative arrangements of electromagnetic fields characterized by sustained energy–momentum confinement and an associated effective invariant rest-mass component. Crucially, the EBFC framework does not modify Maxwell’s equations, General Relativity, or the invariant speed of light. Instead, rest mass emerges as a consequence of energy–momentum redistribution under confinement, independent of photon number or discrete particle assumptions. We show that ordinary electromagnetic superposition fails to generate such configurations, identify the physical conditions required for confinement, and clarify the role of internal field structure—including helical features—as stabilizing rather than binding elements. The EBFC framework provides a conservative, falsifiable pathway for understanding how matter-like behavior may arise from classical electromagnetic fields without introducing new forces or speculative dynamics.

Keywords