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Explore advanced concepts in particle physics through this 57-minute lecture delivered at the Galileo Galilei Institute, focusing on microscopic physics phenomena occurring at the TeV (teraelectronvolt) energy scale. Delve into the theoretical frameworks and experimental considerations that govern particle interactions at these extremely high energies, examining how fundamental particles behave and interact when accelerated to TeV-scale energies. Learn about the cutting-edge research methodologies used to investigate physics beyond the Standard Model, including discussions of potential new particles, symmetries, and physical phenomena that become accessible at these energy levels. Gain insights into the mathematical formulations and theoretical predictions that guide current and future high-energy physics experiments, while understanding the implications of TeV-scale physics for our comprehension of the universe's fundamental structure.
