Foundations of Atmospheric Radiation

Are you curious about how radiation interacts with Earth's atmosphere and influences our planet? This course provides a clear, text-based introduction to the fundamental physics governing atmospheric radiation and remote sensing. You will develop a solid understanding of how radiation propagates, interacts, and can be used to study atmospheric properties. What you'll learn: * Understand the core principles of radiative transfer, including emission and scattering. * Grasp the fundamentals of spectroscopy and its application to atmospheric composition. * Learn about Mie theory and its relevance to particle scattering in the atmosphere. * Explore numerical methods for solving radiative transfer equations. * Understand the concepts behind solving inverse problems for remote sensing. * Gain insight into modern techniques for analyzing atmospheric temperature and composition data. We cover the essential physics from basic radiative transfer equations to the interpretation of remote sensing data, building your knowledge step by step. This course is designed for beginners with no prior background in atmospheric physics, providing all necessary concepts through clear written explanations. Start your journey into understanding our atmosphere today.