Post by Pincho Paxton on Jul 6, 2015 21:48:45 GMT
Link...
Transition from three to two dimensions increases conduction
Pincho says...
That description doesn't help me, but luckily I already understand the physics. I'm not sure you are helping yourselves though. Electrons are holes, gravity is a filler, combined you have a cloud in a hole. The direction of the cloud in the hole depends on the area of least resistance. Clouds don't overlap, so they point in a direction, and have a few options... left/right/centre, and if all options are blocked they have up/down, and if those options are blocked they have spin, and scale, and also the whole thing can tilt. Conduction is for the Y axis to tilt forwards, and the whole process not to block itself off. I think that my terminology is much closer to real life than phonons.
Pincho Paxton
Transition from three to two dimensions increases conduction
Quasi particles, quanta of crystal lattice oscillations, are called phonons. Physicists introduced the concept of phonons because it helped simplify the description of processes in crystals, and tracking of electron-phonon interaction is fundamentally important for description of the different conducting properties in matter.
Pincho says...
That description doesn't help me, but luckily I already understand the physics. I'm not sure you are helping yourselves though. Electrons are holes, gravity is a filler, combined you have a cloud in a hole. The direction of the cloud in the hole depends on the area of least resistance. Clouds don't overlap, so they point in a direction, and have a few options... left/right/centre, and if all options are blocked they have up/down, and if those options are blocked they have spin, and scale, and also the whole thing can tilt. Conduction is for the Y axis to tilt forwards, and the whole process not to block itself off. I think that my terminology is much closer to real life than phonons.
Pincho Paxton