For ten points, name this physicist who discovered a namesake quantum electrodynamical pole in addition to his aforementioned theory of second-order phase transitions and theory of superconductivity with Ginzberg.
This person is the first namesake of a theory that uses increasing numbers of available Fourier modes to explain the onset of the Kolmogorov cascade and that has a second namesake in Hopf. One theory due to this scientist alone posits that a system's free energy is always analytic in an order parameter and invariant under the system's Hamiltonian's symmetry group and this physicist is second namesake of a second theory that applies the previously mentioned theory to predict a current proportional to the electron charge over twice the effective mass. This physicist likewise names the point where the QCD coupling constant becomes infinite. For ten points, name this physicist who discovered a namesake quantum electrodynamical pole in addition to his aforementioned theory of second-order phase transitions and theory of superconductivity with Ginzberg.
This person is the first namesake of a theory that uses increasing numbers of available Fourier modes to explain the onset of the Kolmogorov cascade and that has a second namesake in Hopf.
Lev Davidovich {Landau}