Planetary Science: Exploring Our Solar System and Its Formation

Do you wonder how our solar system formed, why planets look so different, or where we might find extraterrestrial life? This course provides a comprehensive, text-based introduction to the physical processes that shaped our cosmic home. By the end of this course, you will possess a strong foundational knowledge of planetary science, covering everything from orbital mechanics and geological processes to atmospheric composition and the basic principles of astrobiology. You will gain the ability to analyze and compare the diverse worlds within our solar system. What you'll learn: * Understand the fundamental laws governing planetary orbits and the overall structure of the solar system. * Analyze the stages of solar system formation, from the protoplanetary disk to differentiated bodies. * Compare the geological processes, surfaces, and interiors of terrestrial planets, gas giants, and icy moons. * Master the concepts of planetary atmospheres and climate, including essential dynamics and composition. * Explore the basic criteria for habitability and the current state of the search for biosignatures. * Learn how comparative planetology helps contextualize our own Solar System within the broader field of exoplanets. The curriculum begins with foundational definitions and orbital mechanics, progresses through planetary formation theories, and then systematically covers the major planets, minor bodies (like asteroids and comets), and their respective atmospheric and interior structures. Practical exercises focus on applying these physical concepts through written analysis. This course is designed for absolute beginners interested in astronomy, geology, or space exploration. No prior scientific or mathematical background is required to start learning. Begin your journey into the fascinating worlds of planetary science today.