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Explore the intricate relationship between entanglement entropy and Page curves in the context of M-theory's dual description of thermal QCD. Gain insights into the impact of higher derivative terms, the behavior of Hartman-Maldacena-like and island surfaces, and the hierarchy of entanglement entropies. This chapter delves into the entanglement entropy and Page curves in the M-theory dual representation of thermal QCD, examining the effects of intermediate coupling and higher derivative terms. It explores the behavior of Hartman-Maldacena-like and island surfaces, elucidating a hierarchy of entanglement entropies and the role of massless gravitons in shaping the curves. Additionally, it discusses the implications of O(R^4) corrections and their impact on the Page curve's behavior.
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