Exoplanet Discovery and Characterization

The universe is filled with billions of planets, each with unique characteristics waiting to be uncovered. This course guides you through the scientific principles of exoplanet research, enabling you to understand how astronomers identify distant worlds and determine their composition. You will gain a comprehensive understanding of the diverse types of planets found in our galaxy and the specialized techniques used to study them from Earth and space-based observatories. What you'll learn: - Understand the fundamental terminology and history of exoplanetary science - Analyze detection methods including radial velocity, transit photometry, and direct imaging - Identify the physical properties and statistical distributions of known exoplanetary systems - Practice interpreting data patterns and orbital mechanics through written exercises - Explore modern atmospheric characterization and the search for potential biosignatures - Recognize the limitations and observational biases of current detection technologies The course begins with foundational concepts and basic definitions before moving into the technical mechanics of detection and the study of planetary atmospheres. This program is designed for beginners with an interest in astronomy and space science; no prior experience in astrophysics or advanced mathematics is required. Start your journey into the vast diversity of worlds orbiting distant stars.