Charge-imbalance potential relaxation produces a retarded vortex viscosity kernel (1−iωτ_E)⁻¹ that yields a negative effective mass at low frequencies and a reactive pinning-like response at high frequencies.
Zmuidzinas, Superconducting microresonators: Physics and applications, Annual Review of Condensed Matter Physics3, 169 (2012)
3 Pith papers cite this work. Polarity classification is still indexing.
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2026 3representative citing papers
Experimental observation of equidistant resonance jumps in Nb coplanar resonators driven by Abrikosov vortex entry/exit in perpendicular fields.
NbTiN spiral inductors show predominantly inductive resonance shifts under elevated temperature and near-tesla fields, with design metrics linking track width and kinetic-inductance fraction to stability and field robustness.
citing papers explorer
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Effect of charge-imbalance potential relaxation on the high-frequency vortex dynamics and kinetic inductance of superconducting circuits
Charge-imbalance potential relaxation produces a retarded vortex viscosity kernel (1−iωτ_E)⁻¹ that yields a negative effective mass at low frequencies and a reactive pinning-like response at high frequencies.
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Equidistant resonance jumps in superconducting coplanar resonators driven by Abrikosov vortices
Experimental observation of equidistant resonance jumps in Nb coplanar resonators driven by Abrikosov vortex entry/exit in perpendicular fields.
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Superconducting Spiral Inductors for RF Reflectometry: Operation at Elevated Temperatures and Magnetic Fields
NbTiN spiral inductors show predominantly inductive resonance shifts under elevated temperature and near-tesla fields, with design metrics linking track width and kinetic-inductance fraction to stability and field robustness.