GHz Inaccuracy Magic Frequency Measurements of 138Ba+ Clock Transition by Sapam Ranjita Chanu

Explore the intricacies of precision measurements in quantum metrology through this conference talk on GHz inaccuracy magic frequency measurements of the 138Ba+ clock transition. Delve into advanced atomic and optical physics techniques used for quantum metrology, focusing on the application of barium ions in atomic clocks. Gain insights into the challenges and methodologies involved in achieving high-precision frequency measurements, and understand the significance of magic frequencies in reducing systematic errors. Learn about the latest developments in ion trap technologies and laser spectroscopy methods employed in this cutting-edge research. Discover how these advancements contribute to the broader field of quantum sensing and timekeeping, with potential applications in fundamental physics, navigation, and communication systems.