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By Jim Shelton January 26, 2021 Share this with FacebookShare this with TwitterShare this with LinkedInShare this with EmailPrint this Scientists have discovered a new twist to one of the fundamental interactions underpinning the physical world the interplay of energy between electrons in a solid material. It’s the interaction between electrons that is at the heart of superconductivity, the ability of a material to move an electrical current with zero resistance. To achieve this, these superconductors must be cooled to very low temperatures typically about minus 423 degrees Fahrenheit. Understanding electron interactions, scientists say, may help them create a new generation of superconducting quantum materials that function at higher, easier-to-manage temperatures.

United statesSan diegoUnited kingdomAlex franoFabio boschiniSilva netoUniversity of californiaNature communicationsCentral research institute of electric power industryLawrence berkeley national laboratoryUs department of energyUniversity of british columbiaYale energy sciences institute at west campusInstitut national de la recherche scientifiqueMax planck instituteBrookhaven national laboratory