The authors of the report describe that the discovery challenges the rules of properties that make a material capable of conducting electricityas reported by the network "UPI" for news
Assistant professor of chemistry at the University of Chicago and lead author of the study, John Anderson, said there is no strong theory that can explain the new material’s ability to conduct electricity.
Anderson added: "There is a hypothesis that matter forms in layers. When these layers rotate, they become turbulent and the electrons can still move in any direction as long as the layers touch, and the result is conduction. electricity".
Unlike conductive metals, which require heavy work, including casting and forging to make them conductive, this new material can be manufactured relatively easily under simple conditions, opening the door to new innovations.
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According to the report, published in the scientific journal “Nature”, the material discovered does not match the common molecular structure of other conductors known as metalContains a mixture of dissolved particles.
The authors of the report describe that the discovery challenges the rules of properties that make a material capable of conducting electricityas reported by UBI News.
Assistant professor of chemistry at the University of Chicago and lead author of the study, John Anderson, said there is no strong theory that can explain the new material’s ability to conduct electricity.
Anderson added: “One hypothesis is that matter forms in layers. When these layers rotate, they become turbulent and the electrons can still move in any direction as long as the layers touch, and the result is eventually conduction. electricity“.
Unlike conductive metals, which require heavy work, including casting and forging to make them conductive, this new material can be manufactured relatively easily under simple conditions, opening the door to new innovations.
