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The structure of solid oxygen has been studied at pressures from 50 to 140 GPa using static structure search methods and molecular dynamics simulations with density functional theory and a hybrid exchange functional. Several crystalline structures with space group symmetries Pnma, P 21/m, Pm, and P 63/mmc have been identified as candidates for the ζ phase of oxygen at 0 K.
We report on the first example of epitaxial Mn3+δGe thin films with a cubic L12 structure. The films are found to exhibit frustrated ferromagnetism with an average magnetization corresponding to 0.98±0.06µB/Mn, far larger than the parasitic ferromagnetism in hexagonal Mn3Ge and the partially compensated ferrimagnetism in tetragonal Mn3Ge. The Hall conductivity is the largest reported for the kagome magnets with a low-temperature value of σxy=1587 S/cm.
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