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While astronomy traces back to ancient times, it stands today as one of the fastest-growing and most captivating fields in contemporary science. This discipline explores the Universe and everything within it: from planets and stars to black holes, galaxies, and quasars. Each of these subjects offers its own intriguing mysteries, but modern astronomy's crowning accomplishment may be weaving them together into a unified narrative—charting the cosmic journey from the Big Bang to the emergence of life. Breakthroughs in astronomy have been fueled by cutting-edge technologies, enabling revolutionary tools like 10-meter telescopes, space-based observatories across the electromagnetic spectrum, interplanetary probes analyzing atmospheres and surfaces, and advanced facilities detecting cosmic neutrinos and gravitational waves. Astronomy's dynamic nature and public appeal are evident in regular media coverage of groundbreaking findings, such as exoplanet discoveries, comet impacts on Jupiter, observations of early galaxies, gravitational wave detections from black hole mergers, potential Martian life, asteroid impact risks, and cosmic background radiation patterns. The field intersects with numerous disciplines—particularly physics, but also geology, environmental science, biology, and philosophy—both borrowing from and enriching these areas. The Astronomy curriculum allows students to investigate these cutting-edge developments while building analytical and quantitative skills applicable to diverse careers. With 35 courses available, the BA program focuses on science within a liberal arts framework, ideal for students not pursuing graduate astronomy or physics studies, often as part of a dual major. The BS in Astronomy-Physics provides deeper preparation for graduate work in astronomy, physics, computer science, or related technical fields.