Motion Detection Theory

Motion Detection Theory explains how our visual system recognizes movement in our environment. It involves specialized cells in the eyes and brain that detect changes in light and position over time. When an object moves, these cells interpret differences between successive images, allowing us to perceive motion accurately. The theory highlights the importance of timing and pattern recognition in distinguishing moving objects from static ones. This process helps us navigate safely, track moving objects, and understand dynamic scenes in our surroundings efficiently.