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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Simulations identify specific frequency bands of phase noise in control signals as the main drivers of qubit fidelity loss, with an approximate analytical picture of their contributions.
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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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Impact of control signal phase noise on qubit fidelity
Simulations identify specific frequency bands of phase noise in control signals as the main drivers of qubit fidelity loss, with an approximate analytical picture of their contributions.