Spectroscopy in the Zeeman Sublevels of Rb Using Electromagnetically Induced

Explore spectroscopy techniques in Zeeman sublevels of rubidium using electromagnetically induced transparency in this 40-minute lecture by Sankar De from the International Centre for Theoretical Sciences. Delve into advanced concepts of precision measurements and quantum metrology as part of a comprehensive program covering theory of estimation, classical and quantum metrology, atomic and optical physics techniques, and precision measurements using various quantum systems. Gain insights into the latest developments in quantum technologies and their applications across multiple fields, from quantum computers to sensors and encryption tools. Suitable for graduate students, PhD candidates, and researchers in physics and related areas, this lecture contributes to building knowledge and awareness for future quantum research and India's National Quantum Mission.

Spectroscopy in the Zeeman Sublevels of Rb Using Electromagnetically Induced... by Sankar De