Rosenfeld Einstein

The Rosenfeld Einstein is a mathematical model that describes how electrons behave when they move through materials, especially under the influence of electric fields and disorder. It combines principles from Einstein’s theory of diffusion with quantum physics, accounting for the quantum nature of electrons. Essentially, it helps scientists understand electrical conductivity and how materials transition from conducting to insulating states when disorder or other factors change. This model aids in predicting material behavior, crucial for developing electronic devices and understanding fundamental physics of disordered systems.