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Explore the fundamental concepts of quantum contextuality and nonlocality in this 90-minute conference talk delivered as part of the Latin American Quantum Alliance (LAQuA) series. Delve into the intricate relationship between these two cornerstone phenomena in quantum mechanics, examining how they challenge classical intuitions about reality and measurement. Learn about the theoretical frameworks that distinguish contextuality from nonlocality, while discovering why both concepts are essential for understanding quantum foundations. Investigate the mathematical structures underlying contextual and nonlocal correlations, their experimental manifestations, and their implications for quantum information processing. Gain insights into current research developments that bridge these concepts and their applications in quantum computing and communication protocols. The presentation addresses advanced topics in quantum foundations, making it suitable for researchers, graduate students, and professionals working in quantum physics, quantum information theory, and related fields.
