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Dissipation, Interactions, and Heat Transport in Quantum Hall Devices: Non-equilibrium Bosonization of Quasi-One-Dimensional Systems by Florian Stäbler
- Dissipation, Interactions, and Heat Transport in Quantum Hall Devices: Non-equilibrium Bosonization of Quasi-One-Dimensional Systems
- Florian Stäbler
- Page: 147
- Format: pdf, ePub, mobi, fb2
- ISBN: 9783031906701
- Publisher: Springer Nature Switzerland
Free sample ebooks download Dissipation, Interactions, and Heat Transport in Quantum Hall Devices: Non-equilibrium Bosonization of Quasi-One-Dimensional Systems
This thesis investigates the behavior of Ohmic contacts (OCs) within quantum hall edge systems, examining their significance in quantum transport phenomena across four different projects. This work includes a review of established findings on the OC, revisiting the heat Coulomb blockade in both single and multichannel configurations. The authors suggest the OC as a model within a transmission line (TL) framework to tackle dissipation potentially stemming from microscopic disorder, addressing the “missing heat” paradox and questioning prevailing theories on energy dissipation. Moreover, the authors investigate the effects of non-local couplings in drift-diffusion systems, demonstrating how they circumvent equilibrium constraints in a single edge state to facilitate heat transfer through correlations caused by interactions. The thesis examines OCs with self-looping edge states to analyze states similar to those in non-local TL systems, uncovering intriguing properties such as anomalous correlation functions and altered electrical and thermal response coefficients. Using a Langevin-like method, the authors analyze the impact of the heat Coulomb blockade on heat noise power and temperature fluctuations, showing that the temperature-temperature correlation function in equilibrium takes on a universal form and uncovering non-Gaussian Full Counting Statistics in transmitted charge as a result of temperature fluctuations. Lastly, this thesis sets the groundwork for future studies, offering a collection of ideas and projects for further exploration, aiming to contribute as a valuable resource for ongoing and future research in quantum transport phenomena. In a broader context, this thesis significantly enhances our comprehension of correlations and heat transport within interacting low-dimensional systems, paving the way for advancements in electronics miniaturization, precision metrology, and the realization of quantum information technologies.
[PDF] arXiv:0910.2683v1 [cond-mat.mes-hall] 14 Oct 2009
Beyond the quantum Hall regime, this novel spec- troscopy technique opens a new window for heat transport and out-of-equilibrium experiments.
Search Results | The Journal of Chemical Physics - AIP Publishing
Quantum vacuum states (15). Triplet state (652). Stern-Gerlach experiment (3). Quantum mechanical systems and processes. Aharonov-Bohm effect (2). Angular .
Dissipation, Interactions, and Heat Transport in Quantum Hall .
About the Author. Florian Stäbler is a physicist specializing in analytical techniques such as Bosonization, Langevin equations, and scattering theory.
eBook: Dissipation, Interactions, and Heat Transport in. von Florian .
Dissipation, Interactions, and Heat Transport in Quantum Hall Devices (eBook). Non-equilibrium Bosonization of Quasi-One-Dimensional Systems .
Dissipation, Interactions, and Heat Transport in Quantum Hall Devices
This thesis investigates the behavior of Ohmic contacts (OCs) within quantum hall edge systems, examining their significance in quantum transport phenomena .
Dissipation, Interactions, and Heat Transport in Quantum Hall .
About the Author. Florian Stäbler is a physicist specializing in analytical techniques such as Bosonization, Langevin equations, and scattering theory.
non-equilibrium correlation spectra of two quantum oscillators
The non-equilibrium state of two oscillators with a mutual interaction and coupled to separate heat baths is discussed.
Universality in driven open quantum matter | Rev. Mod. Phys.
The focus of this review is on universality's manifestations within a specific class of nonequilibrium stationary states: driven open quantum matter.
Dissipation, Interactions, and Heat Transport in Quantum Hall Devices
This thesis investigates the behavior of Ohmic contacts (OCs) within quantum hall edge systems, examining their significance in quantum transport phenomena.
Dissipation, Interactions, and Heat Transport in Quantum Hall Devices
Florian Stäbler is a physicist specializing in analytical techniques such as Bosonization, Langevin equations, and scattering theory. His research focuses on .
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