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Explore the complex engineering and technological challenges facing detector systems designed for future high-energy particle colliders in this 38-minute lecture. Delve into the advanced requirements and innovative solutions needed to capture and analyze particle interactions at unprecedented energy scales, examining how next-generation detectors must evolve to handle increased collision rates, higher radiation environments, and more complex particle signatures. Learn about the cutting-edge technologies being developed to overcome limitations of current detector systems, including improvements in spatial resolution, timing precision, and data acquisition capabilities. Discover the interdisciplinary approaches combining particle physics, materials science, and advanced electronics to create detector systems capable of unlocking new physics discoveries at future collider facilities, while understanding the trade-offs between performance, cost, and technical feasibility in detector design for the next era of particle physics research.
