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An experiment is proposed which can distinguish between two approaches to thereality of the electric field, and whether it has mechanical properties such asmass and stress. A charged pendulum swings within the field of a much largercharge. The two fields manifest the familiar apparent curvature of theirfield-lines, "bent" so as not to cross each other. If this phenomenon is real,the pendulum's center of mass must be proportionately shifted according to itslines' curvature. This prediction has no precise counterpart in theconventional interpretation, where this curvature is a mere superposition ofthe two fields' crossing lines. This empirical distinction, meriting test initself, further bears on several unresolved issues in classical, quantum andrelativistic electromagnetism.

Mechanical Properties of the Electric Field: A Novel Prediction derived from the Field's Mass and Stress