LiFeAs shows an unconventional mixed state with stripes of coreless vortices, each a bound state of two spatially separated half-quantum vortices, detected by transverse muon-spin spectroscopy.
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Theoretical predictions are obtained for the quadratic Zeeman contribution to the binding energy of the valence electron in the ^2P_{1/2} state of light boron-like ions using rigorous QED methods.
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Unconventional mixed state in the nematic superconductor LiFeAs
LiFeAs shows an unconventional mixed state with stripes of coreless vortices, each a bound state of two spatially separated half-quantum vortices, detected by transverse muon-spin spectroscopy.
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Quadratic Zeeman effect in light boron-like ions
Theoretical predictions are obtained for the quadratic Zeeman contribution to the binding energy of the valence electron in the ^2P_{1/2} state of light boron-like ions using rigorous QED methods.