Majorana flat bands in topological superconductors cause the system to form pair density waves or phase crystals that lower free energy by gapping zero-energy states, with the uniform solution never surviving at zero temperature.
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In magnetically textured Josephson junctions the topological regime hosts Majorana bound states coexisting with robust odd-frequency equal-spin triplet pairing that shows 1/ω divergence when Majoranas are decoupled.
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Nonuniform superconducting states from Majorana flat bands
Majorana flat bands in topological superconductors cause the system to form pair density waves or phase crystals that lower free energy by gapping zero-energy states, with the uniform solution never surviving at zero temperature.
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Odd-frequency Pairing in Josephson Junctions Coupled by Magnetic Textures
In magnetically textured Josephson junctions the topological regime hosts Majorana bound states coexisting with robust odd-frequency equal-spin triplet pairing that shows 1/ω divergence when Majoranas are decoupled.