Abstract
The physical quantities in the normal state of a superconductor provide the insight into pairing mechanism responsible for formation of copper pairs. This paper discuss the experimental evidences or physical properties in the normal state of a superconductor. Conventional superconductors show a fermi liquid behavior while a departure from fermi liquid behavior characterizes the unconventional nature of pairing. These anomalous variation in physical properties are well understood within the framework of self-consistent renormalization theory which incorporates the Antiferromagnetic spin fluctuations.
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