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Explore the theoretical framework of supersymmetric composite Higgs models in this comprehensive conference talk delivered at ICBS2025. Delve into the advanced concepts that combine supersymmetry with composite Higgs theories, examining how these models address fundamental questions in particle physics beyond the Standard Model. Learn about the theoretical motivations for composite Higgs scenarios, where the Higgs boson emerges as a bound state of more fundamental constituents rather than an elementary particle. Discover how supersymmetry can be incorporated into these composite frameworks to potentially solve the hierarchy problem and provide natural explanations for electroweak symmetry breaking. Examine the phenomenological implications of these models, including their predictions for particle masses, couplings, and potential experimental signatures at high-energy colliders. Gain insights into the mathematical formalism underlying these theories, including effective field theory techniques and the dynamics of strongly coupled gauge theories. Understand the challenges and opportunities these models present for both theoretical development and experimental verification, as well as their role in the broader landscape of beyond-Standard-Model physics research.
