Numerical optimization of resonators in RPM JTWPAs yields over 5 dB higher gain and squeezing in the ideal case, yet losses cause gain saturation and rapid squeezing degradation regardless of design.
Numerical analysis of a three-wave-mixing Josephson traveling-wave parametric amplifier with engineered dispersion loadings,
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Investigating the performance of RPM JTWPAs by optimizing LC-resonator elements
Numerical optimization of resonators in RPM JTWPAs yields over 5 dB higher gain and squeezing in the ideal case, yet losses cause gain saturation and rapid squeezing degradation regardless of design.