Derives a compact Josephson current formula for arbitrary disorder in spin-dependent SNS junctions and applies it to SOC probing, anomalous effect robustness, and altermagnet 0-pi transitions.
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All-metallic Nb junctions with Fe/Pt or Cu/Pt weak links exhibit magneto-chiral anisotropic Josephson diode effect matching Rashba SOC symmetry, while plain Cu controls show axis-symmetric behavior.
Ultrathin NiBi3 films show in-plane critical fields exceeding the spin-paramagnetic limit above 0.9 Tc, activated by dimensional confinement and not explained by standard mechanisms.
DMRG simulations indicate that two-leg t-J ladders can enter a Luttinger liquid regime with gapless spin and charge modes exhibiting spin-charge separation signatures under tuned plaquette hopping, exchange, and doping.
citing papers explorer
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Exploring the conventional and anomalous Josephson effects at arbitrary disorder strength in systems with spin-dependent fields
Derives a compact Josephson current formula for arbitrary disorder in spin-dependent SNS junctions and applies it to SOC probing, anomalous effect robustness, and altermagnet 0-pi transitions.
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Magneto-Chiral Anisotropy in Josephson Diode Effect of All-Metallic Lateral Junctions with Interfacial Rashba Spin-Orbit Coupling
All-metallic Nb junctions with Fe/Pt or Cu/Pt weak links exhibit magneto-chiral anisotropic Josephson diode effect matching Rashba SOC symmetry, while plain Cu controls show axis-symmetric behavior.
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Emergent Zeeman-Resilient Superconductivity Beyond the Spin-Paramagnetic Limit in Ultrathin NiBi3
Ultrathin NiBi3 films show in-plane critical fields exceeding the spin-paramagnetic limit above 0.9 Tc, activated by dimensional confinement and not explained by standard mechanisms.
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Spin-charge separation in two-leg t-J ladders
DMRG simulations indicate that two-leg t-J ladders can enter a Luttinger liquid regime with gapless spin and charge modes exhibiting spin-charge separation signatures under tuned plaquette hopping, exchange, and doping.