Dissipation, Interactions, and Heat Transport in Quantum Hall Devices: Non-Equilibrium Bosonization of Quasi-One-Dimensional Systems
暫譯: 量子霍爾裝置中的耗散、互動與熱傳輸：準一維系統的非平衡玻色化

Florian Stäbler is a physicist specializing in analytical techniques such as Bosonization, Langevin equations, and scattering theory. His research focuses on heat transport in systems with reduced dimensionality, exploring both equilibrium and non-equilibrium phenomena. By advancing the understanding of heat on a quantum scale, I contribute to foundational knowledge critical for innovations in nanoelectronics, precision metrology, and quantum technologies, including quantum computing. Beyond research, he actively collaborates on multidisciplinary projects, mentors aspiring scientists, and shares insights through presentations at international conferences.

Florian Stäbler 是一位專注於分析技術的物理學家，研究領域包括玻色化（Bosonization）、朗之萬方程（Langevin equations）和散射理論（scattering theory）。他的研究重點在於低維系統中的熱傳輸，探索平衡與非平衡現象。透過對量子尺度上熱的理解的進一步推進，他為納米電子學、精密計量學和量子技術（包括量子計算）等創新所需的基礎知識做出貢獻。除了研究之外，他還積極參與多學科項目的合作，指導有志於科學的學生，並透過在國際會議上的演講分享見解。