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Study of quantum transport at the Metal-insulator transition in Falicov-Kimball Model within Alloy analogy

By: Prosenjit Haldar [author]Material type: Text

TextLanguage: English Publication details: 2018Description: 227pSubject(s): Physics | PhysicsOnline resources: Click here to access online Dissertation note: Ph.D HBNI 2018 Summary: This thesis discusses the five parts - (a) Study of Falicov-Kimball Model (FKM) within alloy analogy using cluster DMFT (CDMFT) technique (b) Study of quantum criticality of dc conductivity at a continuous metal-insulator transition (c) Study of quantum criticality of magneto-transport at a continuous metal-insulator transition (d) Thermal transport across a continuous metal-insulator transition and (e) Optical conductivity and universal dielectric response at the continuous metal-insulator transition

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Current library	Home library	Collection	Call number	Materials specified	URL	Status	Date due	Barcode
IMSc Library	IMSc Library	IMSc Thesis	HBNI Th133 (Browse shelf (Opens below))		Link to resource	Available		74222

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Previous	HBNI Th124 Non-Perturbative Aspects of Supersymmetric Gauge Theories with Surface Operators	HBNI Th125 Phenomenology of the Charm decays	HBNI Th128 Some decidable classes of the distributed synthesis problem	HBNI Th133 Study of quantum transport at the Metal-insulator transition in Falicov-Kimball Model within Alloy analogy	HBNI Th134 Space efficient graph algorithms	HBNI Th141 Non-equilibrium dynamics in complex networks [HBNI Th141]	HBNI Th156 An alternate Vaughan's identity in the ternary Goldbach problem	Next

Ph.D HBNI 2018

This thesis discusses the five parts - (a) Study of Falicov-Kimball Model (FKM) within
alloy analogy using cluster DMFT (CDMFT) technique (b) Study of quantum criticality
of dc conductivity at a continuous metal-insulator transition (c) Study of quantum criticality of magneto-transport at a continuous metal-insulator transition (d) Thermal transport across a continuous metal-insulator transition and (e) Optical conductivity and universal dielectric response at the continuous metal-insulator transition

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