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The phenomenon of superconductivity, which arises from an unusual quantum mechanism below a superconducting critical transition temperature (Tc), shows unique physical properties, namely, exactly zero direct current (dc) electrical resistance, the Meissner effect associated with nearly perfect diamagnetism, and the Josephson effect in two weakly coupled superconductors which may have applicability in high-speed, high-sensitivity, lowvoltage sensors and switches. Thanks to these valuable characteristics, today, superconducting materials are having a considerable influence on the development of the next generation of medical services, electrical power systems, transportation, communication technology, and integrated circuits. Thus, our energy-hungry world increasingly requires those technologies and superconductors are becoming indispensable materials.

Structural Characteristic and Superconducting Performance of MgB2 Fabricated by Mg Diffusion Process