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Magnetic Susceptibility of Superconducting Films in the Meissner-London Regime
Extracting the London penetration depth, $λ(T)$, from the measured magnetic susceptibility, $χ(T)$, of a superconducting platelet in a perpendicular magnetic field requires knowing the function $χ(λ)$ computed for the actual sample geometry. Thin films are increasingly important in quantum computing
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