When superconductivity was first discovered, it was established that the compounds needed to be cooled to within several degrees Kelvin to absolute zero

In the future, many scientists expect to have many new things due to superconductivity. Room temperature superconductivity would totally revolutionize the electrical power industry by making copper wires obsolete. Superconductivity would also improve transportation by changing the way trains, cars, and ships run. Magnetically levitated trains have the advantages of speed and quiet operation and the same magnetic levitation could be used with cars. Drivers would travel as fast as 150 mph on a highway and they would never have to worry about collisions. Ships propelled by superconducting motors would weigh less and would be more maneuverable. In conclusion, superconductivity will have a tremendous impact on our future, totally revolutionizing our way of life.

Some topics in this essay:
SUPERCONDUCTIVITY Superconductivity, Cooper Pairs, Commercial Superconductors, Axial Tomography, Density Applying, APPLICATIONS Electricity, Meissner Effect, Barium Copper, Kamerlingh Onnes, Future Developments, magnetic field, critical temperature, critical field, liquid helium, magnetic fields, bcs theory, current density, critical temperatures, high-temperature superconductors, cooled below critical, type ii, below critical temperature, value critical field, degrees kelvin absolute, field critical field,