The Study on Superconductivity and It's Applications

Superconductivity is the property of material to conduct electricity by transporting the electrons from atom to atom with zero resistance. Which means that once material cool till its critical temperature and reach superconductive state, no heat, sound or any other form of energy will be released from superconductor interior. Unfortunately, almost all materials require a very low energy state (very cold temperature) in order to become superconductors. Currently, a lot of researches are being carried and superconductivity of the conductors is one of the most promising applied to the external world area of interest. Superconductors are used in various ways due to their properties - from completely zero resistance to quantum levitation. For now cooling superconductors require high amount of energy, which make them difficult to use for further applications due to inefficiency and high cost. This research paper will show influence of pressure effect on critical temperature of superconductor material. Most of material tended to reduce their critical temperature, however there are some exceptions. Let us take a proper look on this problem and compare critical temperature behavior in different materials.