Theoretical investigation finds that edge modes in Fibonacci quasicrystals form Fibonacci-Andreev bound states that control and can dominate the Josephson current via phason angle tuning.
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Slave-spin mean-field plus RPA fluctuation theory for the Anderson-Josephson quantum dot captures the Kondo-doublet transition and computes spectral functions, Josephson current, and microwave response.
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The Josephson effect in Fibonacci superconductors
Theoretical investigation finds that edge modes in Fibonacci quasicrystals form Fibonacci-Andreev bound states that control and can dominate the Josephson current via phason angle tuning.
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Slave-spin approach to the Anderson-Josephson quantum dot
Slave-spin mean-field plus RPA fluctuation theory for the Anderson-Josephson quantum dot captures the Kondo-doublet transition and computes spectral functions, Josephson current, and microwave response.