Orbital Mechanics
Orbital Mechanics is the study of how objects move in space. It involves understanding and applying principles of physics to predict and control the motion of celestial bodies, such as satellites, planets, and comets. At its core, orbital mechanics deals with the gravitational interactions between these bodies and their effects on orbits. This field is crucial for designing and operating spacecraft missions, as well as understanding the behavior of natural objects in our solar system and beyond. In the context of microgravity, orbital mechanics helps explain how reduced-gravity environments affect the motion and behavior of objects, leading to unique phenomena like three-body problems and Lagrange points.