Establishes the role of Coulomb interactions in resistivity within transition metal dichalcogenides, suggesting new insights into quantum criticality.
-dependencies in these systems while approaching the metal-insulator boundary, suggesting different microscopic origins of resistivity. This dichotomy is corroborated by quantum critical scaling, which reveals divergent universality classes. This study establishes TMDs as a promising platform for understanding the interplay between Coulomb interactions and disorder in the quantum critical regime.
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Ali et al. (2026) studied this question.
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