Ionic crystals typically exhibit both their acoustic and optical forms, and BCS theory predicts these particles' interaction with electrons to yield superconductivity.
The Su-Schrieffer-Heeger Hamiltonian is frequently used to consider electron interactions with these particles in conjugated polymers. Anharmonic forces between these particles can produce thermal resistance in nonmetals in what is termed a flip-over or Umklapp process. The contribution of these particles to the specific heat of a solid was treated by Debye by considering their density of states in an atomic lattice. Ionic crystals typically exhibit both their acoustic and optical forms, and BCS theory predicts these particles' interaction with electrons to yield superconductivity. For 10 points, name these bosons used to quantize the vibrational modes of a lattice.
The Su-Schrieffer-Heeger Hamiltonian is frequently used to consider electron interactions with these particles in conjugated polymers.
{phonons}