Titlebook: Mass Term Effect on Fractional Quantum Hall States of Dirac Particles; Kouki Yonaga Book 2022 Springer Nature Singapore Pte Ltd. 2022 Frac

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Kouki Yonagablich von der Verifizierbarkeit der den Vertragspartnern gemeinsam zugänglichen Informationen sowie von der Informationsverteilung zwischen den Vertragspartnern abhängen..978-3-8350-0476-4978-3-8350-9318-8Series ISSN 2627-308X Series E-ISSN 2627-311X

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Kouki Yonaga. Dies wird nicht zuletzt mit ethischen Argumenten im Rahmen einer Vorsorgepolitik begründet, wie z.B. dem Recht zukünftiger Generationen auf ein „gesundes“ Klima, das bei der gegenwärtigen Praxis vor allem durch die starke CO.-Freisetzung gefährdet ist (Stichwort: anthropogener Treibhauseffekt). De

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Book 2022s, which have attracted a great deal of attention. In particular the author focuses on the physics of fractional quantum Hall states in graphene on a hexagonal boron nitride substrate, which was recently implemented in experiments. The numerical approach employed in the book, which uses an exact num

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Fundamental Theory of Quantum Hall Effect,ental properties of graphene and formulate its effective model. Next, we discuss the relation between the IQHE and disorder effects. Finally, we introduce the Laughlin wave function and composite particle theory to understand the FQHE.

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Introduction,er. Because of such unique features, the QHE has been studied by many researchers. In the 2000s, the QHE was observed in graphene, which attracted a great deal of attention. In this chapter, we summarize the history of the research about the QHE and introduce the purpose of this study.

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Model and Method,HE. However, unfortunately, the computation results strongly depend on the system size when we use the exact diagonalization. We introduce the spherical coordinate system called the Halden sphere to analyze the FQHS in the thermodynamic limit.