What are the Consequences of Electron-Phonon Interactions on Electronic Properties?
Electron-phonon interactions can significantly influence the electrical properties of nanomaterials. For example:
They can lead to resistive heating in nanoelectronic devices, impacting performance and reliability. In superconductors, electron-phonon interactions are responsible for the formation of Cooper pairs, leading to zero electrical resistance. In semiconductors, these interactions can affect carrier mobility and lifetime, which are crucial for device performance.
