How do we perceive motion within the visual field?

Motion perception within the visual field is primarily achieved through changes in visual input. When an object moves, it creates a variation in the pattern of light that reaches our eyes, which our brain translates into motion. This change in visual input can include shifts in position, changes in size, and alterations in shapes or color as objects pass by or move within our field of vision.

The brain utilizes these changing cues along with our previous knowledge of object behavior and context to interpret motion accurately. For example, as a car drives towards you, it appears larger as it approaches, and the angle at which it enters your sight changes, both of which are crucial for understanding it's moving.

The other options would not accurately facilitate the perception of motion: auditory cues relate to sound rather than visual stimulus, tactile feedback pertains to physical sensations rather than visual interpretation, and static images do not involve motion and therefore cannot convey a sense of movement on their own.