Modified non-minimal coupling for charged scalars predicts rescaled London penetration depth λ → λ/√2 in superconductors; data for Nb, YBCO and Ba(Fe,Co)2As2 show ratio near 1.4 while Pb and MgB2 are inconclusive or standard-like.
Generalized local charge conservation in many-body quantum mechanics,
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Quantum state reduction may produce local charge non-conservation, requiring Aharonov-Bohm electrodynamics and allowing gauge waves that superconductors can shield, with detection proposed via inverse-biased diodes.
citing papers explorer
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Beyond minimal coupling for charged scalars? Modified electrodynamics and London-penetration tests
Modified non-minimal coupling for charged scalars predicts rescaled London penetration depth λ → λ/√2 in superconductors; data for Nb, YBCO and Ba(Fe,Co)2As2 show ratio near 1.4 while Pb and MgB2 are inconclusive or standard-like.
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Quantum collapse, local conservation of charge, and possible experimental consequences
Quantum state reduction may produce local charge non-conservation, requiring Aharonov-Bohm electrodynamics and allowing gauge waves that superconductors can shield, with detection proposed via inverse-biased diodes.