Tashi Tshering Mahay

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About

Tashi Tshering Mahay is a researcher specializing in atmospheric physics and high-altitude astrophysical site characterization. His work focuses on understanding water vapor dynamics and atmospheric transparency, critical for optimizing ground-based astronomical observations. Mahay's most cited study, "Atmospheric opacity using 220 GHz (1.36 mm) radiometer data and water vapor trends over Indian Astronomical Observatory (IAO), Hanle" (2020), provides pioneering insights into millimeter-wave atmospheric transmission at one of the world's highest observatory sites. By analyzing radiometer data, he quantified seasonal and diurnal water vapor variations, demonstrating that Hanle's exceptionally dry conditions make it ideal for submillimeter astronomy. This research, with 5 citations, directly supports the development of future telescopes in the Indian Himalayas. Mahay's contributions bridge observational astronomy and climate science, offering essential data for calibrating atmospheric models and enhancing the sensitivity of instruments operating at millimeter wavelengths. His work underscores the importance of site monitoring in enabling cutting-edge astrophysical discoveries.