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This work explores a novel methodology for understanding Affine Quantum Schurweyl Theory through the application of Double Hall Algebra. It provides a deep dive into the intricate structures and interconnections within advanced quantum algebra, offering fresh perspectives on fundamental mathematical concepts and their relevance in theoretical physics.
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Explore the fundamental principles of Quantum Light Theory, a cornerstone in modern physics significantly influenced by Rodney Loudon. This discipline investigates the quantum nature of light, its interaction with matter, and forms the basis for advancements in fields like quantum optics, photonics, and quantum information science.