Electric Fields as Physical Constraints A Non-Mathematical Analysis of Electric Interaction

This paper presents a non-mathematical, constraint-based reinterpretation of electric interaction in the classical electrostatic and quasi-static regime. Rather than treating the electric field as an active force that pushes or drives charged particles, it argues—using only established, experimentally supported physics—that the electric field functions as a physical constraint defining which motions are admissible within a given configuration of sources and boundaries. Motions inconsistent with the field are not actively prevented or corrected; they are non-states that lack physical realizability within the environment. By separating predictive force laws from agency-based interpretation, the paper resolves the implicit “enforcement problem” associated with force metaphors, aligns electric interaction with structural interpretations used elsewhere in modern physics, and preserves all empirical content while removing unnecessary assumptions about fields acting as agents.