Interplay of electron interactions and long-range disorder in nodal line semimetals

Determine how electron–electron interactions modify transport and localization in three-dimensional nodal line semimetals with long-range correlated disorder, and develop a predictive framework for their combined effects.

Background

All results in the paper concern the noninteracting regime, while the authors note that interactions can interplay nontrivially with disorder in nodal line semimetals and may affect transport.

They emphasize the scarcity of studies on how electron interactions influence long-range disorder effects, explicitly leaving the prediction of their interplay for future work.