Numerical tuning of potential profiles in graphene Josephson junctions shows IcRN and conductance evolving from sub-Sharvin graphene values toward ballistic limits in unipolar regime while remaining graphene-like in tripolar regime.
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Integrable Floquet time crystals realized in 1D quadratic lattice models from spin chains, with rigid DTC phase, phase diagram showing transitions to Floquet paramagnet, and exponentially diverging lifetime via finite-size scaling.
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Sub-Sharvin conductance and Josephson effect in graphene
Numerical tuning of potential profiles in graphene Josephson junctions shows IcRN and conductance evolving from sub-Sharvin graphene values toward ballistic limits in unipolar regime while remaining graphene-like in tripolar regime.
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Integrable Floquet Time Crystals in One Dimension
Integrable Floquet time crystals realized in 1D quadratic lattice models from spin chains, with rigid DTC phase, phase diagram showing transitions to Floquet paramagnet, and exponentially diverging lifetime via finite-size scaling.