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Chao-Lin Kuo is an accomplished researcher at the Virtual Axion Institute, specializing in advanced theoretical physics and experimental methods for axion searches. His work focuses on the design and implementation of large-volume conic shell-cavities, which offer innovative solutions to the challenges of detecting axions, a type of hypothetical elementary particle. Kuo's groundbreaking research demonstrates how these conic structures can evade conventional axion haloscope frequency scaling issues, thereby enhancing the efficiency of axion coupling with external magnetic fields. He contributes extensively to the field through the development of robust frequency-tuning methods that allow for adaptability in experimental setups. His significant contributions were recognized in a 2020 paper that proposed new geometrical configurations for cavity-based axion haloscopes. Kuo's research outcomes have implications for experimental physics, particularly in achieving higher scanning rates and operational frequencies that surpass conventional designs. He is actively involved in research and development efforts aimed at the fabrication and implementation of these innovative techniques in the pursuit of elusive dark matter candidates.