The nature of the superconducting state in ferromagnetic superconductors is currently under debate.
2.
Thus a type-I superconductor goes to non-superconducting states rather than forming vortices.
3.
This has the effect of increasing the conductivity even before the system has condensed into the superconducting state.
4.
This leads to energy dissipation and causes the material to display a small amount of electrical resistance while in the superconducting state.
5.
Bouzdine contributed into the theory of the inhomogeneous Fulde-Ferrell-Larkin-Ovchinnikov phase ( FFLO ) in the superconducting state.
6.
The sample retained the superconducting state until 13 T . They also found that at 12 T, the URhGe sample experienced a magnetic phase transition.
7.
On the other hand, the similarity between this partial gap and that in the superconducting state could indicate that the pseudogap results from preformed Cooper pairs.
8.
The entropy decreases on cooling below the critical temperature T _ c for superconductivity which indicates that the superconducting state is more ordered than the normal state.
9.
Along these flux cylinders the material is essentially in a normal, non-superconducting state, surrounded by superconductor where the magnetic field goes back to zero.
10.
The barrier is thin enough that electrons, or in the superconducting state, Cooper-paired electrons, can tunnel through the barrier at an appreciable rate.
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