There are many materials under certain conditions that can conduct electricity without any significant resistance. This phenomenon is known as superconduction. But most of these materials can only experience superconductor at very low temperatures.
SEE ALSO: SUPERCONDUCTIVITY: WHAT IS IT AND WHY IT MATTERS TO OUR FUTURE
Researchers have been trying to find theoretical computational methods to represent and understand this rule for a long time, mostly without success- until now. The Vienna University of Technology has developed a new method that goes a long way to explain the complexities of superconduction.
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