Superconductivity promises to transform everything from power grids to personal electronics.
called Cooper pairs moving through materials without losing significant amounts of energy in the form of heat.
Cooper pairs in oscillating superconductivity happen to move in a kind of wave-like dance. While rarer than 'normal' superconductivity, the oscillations occur at , making the phenomenon interesting to scientists wanting to make superconductivity happen consistently at room temperature. "We discovered that structures known as Van Hove singularities can produce modulating, oscillating states of superconductivity,""Our work provides a new theoretical framework for understanding the emergence of this behavior, a phenomenon that is not well understood."are particular structures that occur in some materials, inside which the energy of electrons can go through unusual changes.
In this study, the team modeled Van Hove singularities in a new way.
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