Measurements and Synchronisation of Time and Implications for Fundamental Physics

Explore the intricate world of precision measurements and quantum metrology in this 55-minute lecture by S Unnikrishnan from the International Centre for Theoretical Sciences. Delve into the fascinating topic of measurements and synchronization of time, and discover their profound implications for fundamental physics. Gain insights into the cutting-edge field of quantum technologies and their applications in everyday life. Learn about the paradigm shift in controlling individual quantum systems and how quantum resources like entanglement, superposition, and coherence are pushing the boundaries of measurement precision. Understand the importance of precision measurements in discovering new scientific frontiers and their role in the National Quantum Mission in India. This lecture is part of a comprehensive program covering theory of precision measurements, estimation, classical and quantum metrology, and various techniques used in quantum metrology and precision measurements.