This man names an energy value for which the coupling constant of a quantum field blows up to infinity, which is his namesake pole.
This man names an energy value for which the coupling constant of a quantum field blows up to infinity, which is his namesake pole. He also developed a solution to the Vlasov equation by treating it as in initial value problem which allowed the calculation of energy transfer in plasmas, and thus describes the collisionless damping of electrostatic waves. He proposed that neutrinos are formed from two different component spinors and discovered a phenomenological explanation for various second-order phase transitions such as that of the ferromagnetic transition. Noteworthy for predicting the superfluidity of helium below the lambda point, for 10 points, name this physicist who along with Ginzburg developed a model of superconductivity
This man names an energy value for which the coupling constant of a quantum field blows up to infinity, which is his namesake pole.
Lev Davidovich {Landau}