X-Ray Astronomy and Satellite Data Analysis

High-energy phenomena like black holes and supernovae emit radiation that reveals the most extreme physics in our universe. This course provides a clear path for beginners to understand and analyze the data captured by orbiting X-ray satellites. You will develop the skills to interpret astronomical observations, transforming raw information into meaningful insights about the life and death of stars. What you'll learn: - Understand the core concepts of X-ray astronomy and high-energy radiation physics. - Learn to interpret energy spectra to determine the physical properties of celestial objects. - Analyze time-domain data to track the behavior of pulsars and active galactic nuclei. - Apply standard imaging software techniques to examine satellite observations. - Explore the mechanics of black holes, neutron stars, and supernova remnants. - Discover how modern open-science practices are used to access and process cosmic data. Starting with foundational definitions of light and energy, the curriculum progresses into practical written walkthroughs where you analyze real-world astronomical datasets. You will follow detailed explanations to master the tools used by researchers to visualize the cosmos. This course is built for beginners and space enthusiasts who want to move beyond looking at pictures and start understanding the science. Begin exploring the mysteries of the cosmos through data-driven analysis.