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The Dirac nodal line network in non-symmorphic rutile semimetal RuO$_2$
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abstract
We employ angle resolved photoemission spectroscopy (ARPES) to investigate the Fermi surface of RuO$_2$. We find a network of two Dirac nodal lines (DNL) as previously predicted in theory, where the valence- and conduction bands touch along continuous lines in momentum space. In addition, we find evidence for a third DNL close to the Fermi level which appears robust despite the presence of significant spin orbit coupling. We demonstrate that the third DNL gives rise to a topologically trivial flat-band surface state (FBSS) at the (110) surface. This FBSS can be tuned by surface doping and presents an interesting playground for the study of surface chemistry and exotic correlation phenomena.
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Moir\'e-resonant surface state in ultrathin RuO$_2$
Ultrathin RuO2(110) on Ru(0001) shows a nonmagnetic moiré charge modulation enhanced by Fermi surface nesting, with no sign of surface magnetism.
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