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We suggest and demonstrate a protocol which suppresses dephasing due to the low-frequency noise by qubit motion, i.e., transfer of the logical qubit of information in a system of $n \geq 2$ physical qubits.
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See Supplementary Material at http://link.aps.org/supplemental/… for discussion of the high-frequency cutoff ω h \omega_{h} in Eq. ( 6
Cited in the paper.
The anti-correlated case ( r c = − 1 r_{c}=-1 ) is somewhat similar to dynamic decoupling - see, e.g., [ 29 , 30 ] . In the process of qubit motion, the state of the moving qubit is constant and sees the noises that vary due to motion, whose influences cancel out for r c = − 1 r_{c}=-1 . In the dynamic decoupling, noises remain the same and the qubit state undergoes rapid changes that similarly suppress the effect of the qubit-noise interaction
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