Conductionele

Conductionele is a term proposed in some theoretical or speculative discussions to denote a distinct type of charge carrier responsible for electrical conduction in certain materials. It is not a standard term in established physics, and there is no consensus or experimental confirmation of its existence. In most physical theories, electrical conduction in solids is described in terms of conduction electrons (and, in some contexts, holes as positive charge carriers), along with their interactions with the crystal lattice (phonons), impurities, and other quasiparticles.

In proposed frameworks, conductionele would be an emergent or composite carrier that can act in parallel with or independently from ordinary electrons, potentially arising from strong electronic correlations, lattice distortions, or topological effects. Such a carrier might be invoked to explain anomalous transport properties that are not easily accounted for by electrons and holes alone, such as unusual temperature dependence of conductivity, nonlinear transport, or anomalous Hall-like signals. However, these ideas remain speculative and have not established predictive power or experimental validation.

Because the term is not standard, its exact definition varies by author and context. When used, it is essential to specify its nature, how it couples to electric fields, its effective mass and charge, and how it differs from established charge carriers. In mainstream literature, researchers would instead model any observed anomalies with existing concepts like polaronic carriers, spinons, excitons, or other quasiparticles.