Why Two Gamma Photons Can Produce Separated Electric Charge: An Operational Field-Reorganization Account of Pair Production

Abstract

We provide an operational, non-ontological explanation of how the collision of two high-energy gamma photons can lead to the emergence of electric charge in the form of an electron–positron pair. The analysis avoids particle-primitive assumptions and instead treats the process as a forced reorganization of an electromagnetic field configuration once kinematic and geometric constraints permit a localized rest frame. Charge separation is shown to be the minimal and energetically allowed structural outcome of such a confined electromagnetic state. The appendix clarifies the strict limits of classical Maxwell theory and situates charge emergence within standard QED and QED–PIC simulation practice.

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