DFT calculations predict EuMn2Bi2 as a Weyl semimetal in C-type AFM order under SOC, with Fe/Co/Zn substitutions producing tunable ferrimagnetic or ferromagnetic semimetallic phases.
Importance of intersite hubbard interactions in๐ฝ-mno 2: A first- principlesdft+u+vstudy
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Tunable Magnetic and Topological Phases in EuMnXBi$_2$ (X=Mn, Fe, Co, Zn) Pnictides
DFT calculations predict EuMn2Bi2 as a Weyl semimetal in C-type AFM order under SOC, with Fe/Co/Zn substitutions producing tunable ferrimagnetic or ferromagnetic semimetallic phases.