How Does Electron-Electron Scattering Affect Electrical Conductivity?
The electrical conductivity of a material is highly dependent on how electrons move through it. In bulk materials, electrons typically scatter off impurities, phonons, and other electrons. However, in nanomaterials, electron-electron scattering becomes more prominent due to the reduced dimensionality and increased surface area. This can lead to either an increase or decrease in conductivity, depending on the specific material and its electronic structure.
