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This dissertation examines many-body interactions in low-dimensional systems, implying complex behavior in real materials.
This dissertation covers interaction-driven many-body effects in zero, one and two-dimensional systems. Ranging from Coulomb-blockade in quantum-dot junctions to many-body localization in spin chains to the potentially unconventional superconductivity of monolayer 1H-NbSe2, the rich physics of interactions in low-dimensional systems are explored.
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Julian Siegl (2026) studied this question.
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