Electric current is fundamentally the propagation of electromagnetic energy flux rather than the drift of electrons.
Standard electromagnetic theory and Poynting vector formulations support the view that electric energy is transferred through electromagnetic fields in space rather than by the drift of electrons.
Both papers rely on established Poynting vector principles showing that electromagnetic energy flows through the fields surrounding conductors rather than through the electrons themselves, supporting the specific claim.
Ẑ. Ĉakareski, A. E. Emanuel. Poynting vector and the quality of electric energy. 2001. https://doi.org/10.1002/etep.4450110605
This paper utilizes the Poynting vector to analyze electric energy quality and transfer, aligning with the view that electric energy is propagated via electromagnetic fields.
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Noah A. Morris, Daniel F. Styer. Visualizing Poynting vector energy flow in electric circuits. 2012. https://doi.org/10.1119/1.3679838
This paper demonstrates that energy in circuits flows through the electromagnetic field in the space surrounding wires rather than through the electrons inside the wires.
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