Lectures on the Many-body Problem: Vol. 2, Volume 2Eduardo Renato Caianiello |
Contents
Introductory Remarks on SolidState Physics | 1 |
Discontinuities in the Drift Velocity of Ions in Liquid Helium | 11 |
Correlation and Response for Neutral Systems | 42 |
Copyright | |
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approximation assume average behavior calculation charge collective mode complete condition conservation consider constant contribution correlation function corresponding coupling defined density depends derived described determined direction discussion distribution dynamic effect electron element energy equation equation of motion equilibrium example excitation expansion expression external fact factor field finite follows Fourier frequency function given gives Hamiltonian integral interaction interest introduced involves leads limit magnetic matrix mean momentum normal obtain operator pair parameters particle phase phonon Phys physical plasma possible potential problem properties quantum quantum mechanical relation renormalization representation represents requires response scattering simple single solution sound space spectrum spin sum rule superconductor superfluid temperature theory tion transform variables vector wave write zero