LECTURE NOTE
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Hybridized Course on Condensed Matter Physics
The study of magnetism as a cooperative phenomena has been responsible for the most significant advances in the theory of thermodynamic phase transitions. This has transformed statistical mechanics into one of the sharpest and most significant tools for the study of condensed matter.
Long March of High-Tc Superconductivity: Known & Unknown
High-temperature superconductivity is the clearest, and the most complicated field we have studied.
Long March of High-Tc Superconductivity: Interlayer Dynamics
Universal scaling law for c-axi resistance of high temperaturesuperconductors.
Hybridized Course on Condensed Matter Physics
The study of magnetism as a cooperative phenomena has been responsible for the most significant advances in the theory of thermodynamic phase transitions. This has transformed statistical mechanics into one of the sharpest and most significant tools for the study of condensed matter.
Long March of High-Tc Superconductivity: Known & Unknown
High-temperature superconductivity is the clearest, and the most complicated field we have studied.
Long March of High-Tc Superconductivity: Interlayer Dynamics
Universal scaling law for c-axis resistance of high temperature superconductors.
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