Our eyes are never still. Even when we attempt to fix our gaze, small ocular motions — generally undetectable to the naked eye — shift our eye position. These eye motions include microsaccades, drift ...

The image on the retina is never stationary. Microscopic relocations of gaze, known as microsaccades, occur even during steady fixation. It has long been thought that microsaccades enable exploration ...

Our eyes are in constant motion. Even when we attempt to stare straight at a stationary target, our eyes jump and jiggle imperceptibly. Although these unconscious flicks, also known as microsaccades, ...

Rapid, unconscious eye movements explain a famous optical illusion in which a still image appears to move. When the eye movements, called microsaccades, were suppressed, test subjects reported that ...

Minuscule involuntary eye movements, known as microsaccades, can occur even while one is carefully staring at a fixed point in space. When paying attention to something in the peripheral vision ...

The new Microsaccade camera relies on rotating prisms to recreate the movement of the human eye. Image: Shutterstock. Researchers at the University of Maryland have developed a new camera that works ...

Tiny subconscious eye movements called microsaccades stave off blindness in all of us—and can even betray our hidden desires Look up from this page and scan the scene in front of you. Your eyes dart ...

Minuscule involuntary eye movements, known as microsaccades, can occur even while one is carefully staring at a fixed point in space. When paying attention to something in the peripheral vision ...

If you will humor us, please stare at the center dot in the picture to the left. Does it appear that the rings are moving? Now, do it a second time, but consciously fixate your eyes very strictly at ...

Tiny eye movements and blinking can make perfectly frozen snakes appear to dance, a new study shows. The results help explain the mystery of how the Rotating Snakes illusion tricks the brain. Earlier ...

New research shows that while microsaccades seem to boost or diminish the strength of the brain signals underlying attention, eye movements are not drivers of those brain signals. Minuscule ...