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Explore the theoretical framework of supersymmetry operating at energy scales beyond the TeV range in this 53-minute physics lecture. Delve into advanced particle physics concepts as Giovanni Villadoro examines how supersymmetric theories extend beyond current experimental reach, discussing the implications for high-energy physics and cosmology. Learn about the mathematical formulations and phenomenological consequences of supersymmetric models that operate at scales significantly higher than those accessible by current particle accelerators. Investigate the theoretical motivations for considering supersymmetry at these extreme energy scales, including connections to string theory, quantum gravity, and early universe cosmology. Examine how supersymmetry breaking mechanisms function at ultra-high energies and their potential observable signatures in low-energy physics. Analyze the challenges and opportunities presented by supersymmetric theories that extend far beyond the TeV scale, including their role in addressing fundamental questions about the hierarchy problem, dark matter, and the unification of forces.
