How Does Superconductor Work?

 What is a superconductor? What is Superconductivity?

The Superconductor
The material that achieved the superconductivity property is known as a superconductor. Now, the question is what is the superconductivity property? How can material achieve the superconductivity property?
The Superconductivity
Superconductivity is the state of a material, when a material achieves the superconductivity property means the material act like- has no electrical resistance and does not allow any magnetic fields.
An electric current can persist indefinitely in a superconductor material.

Superconductor Materials

Examples of superconductor material are Aluminium, Zinc, Cadmium, Mercury, Lead Niobium, magnesium diboride, cuprates such as yttrium barium copper oxide and iron pnictides.

Remarkably, the best conductors at room temperature (gold, silver, and copper) do not become superconducting at all. 

When a material can achieve superconductivity?

A material can achieve superconductivity property typically in super cold temperatures. Where a copper power cable losses due to electric resistance of the cable itself is inevitable, but in the superconductive state the electric resistance becomes zero and the resistive losses become zero. 
Superconductors require very cold temperatures, on the order of 39 kelvins (minus 234 C, minus 389 F) for conventional superconductors.


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