Abstract
Interplay between Anderson localization and the superconductivity is reviewed first for a weakly localized regime where the modification of the long range part of the Coulomb interaction is examined in detail. Then is pointed out that the localization enhances spin fluctuations as the degree of randomness is increased; a fact which became clear through the investigation of the interplay between Anderson localization and itinerant magnetism. Based on this possibility of the complete destruction of superconductivity is discussed.
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