Jase
Member
Okay so.. i know "what" a phonon is. It's a quantised lattice vibration right?
It's a boson with zero spin.
But what does it have to do with BCS theory? What is the significance of a phonon being given off when it attracts the lattice?
So an electron travels through, attracts the lattice, gives off a phonon, increase positive charge, attract other electron = cooper pair.
Does this have something to do with the cooper pairs *themselves* being a phonon. As in... these electrons gather at the Fermi level (lowest state) and ..somehow.... indirectly... become bosons that don't comply to exclusion?
It's a boson with zero spin.
But what does it have to do with BCS theory? What is the significance of a phonon being given off when it attracts the lattice?
So an electron travels through, attracts the lattice, gives off a phonon, increase positive charge, attract other electron = cooper pair.
Does this have something to do with the cooper pairs *themselves* being a phonon. As in... these electrons gather at the Fermi level (lowest state) and ..somehow.... indirectly... become bosons that don't comply to exclusion?