Charge appears when field supports it

Even the electron — long treated as a fundamental, indivisible carrier of charge — does not possess charge as an intrinsic identity. Recent experimental observations in superconducting systems show that electrons can enter configurations in which charge ceases to function as a defining property, and their state is instead determined by relational coherence, such as parity and phase alignment. What persists is not the particle as an isolated entity, but the stability of the configuration in which it participates.

This confirms a central principle of Natural Dynamics: properties do not belong to objects, but emerge from closure within a field. The electron is not a thing that carries charge; charge is a condition that appears when the field supports it.

Source Nature.c0m  11-02-2026