Persistence of vision is a theory that explains how our eyes and brain work together to perceive continuous motion from a series of still images. Here's a step-by-step explanation:

1. Persistence of vision starts with the way our eyes capture light. When we look at an object, light from that object enters our eyes and hits the retina, a layer of tissue at the back of the eye that contains cells sensitive to light.

2. These cells convert the light into electrical signals that are sent to the brain. The signals contain information about the color, shape, and movement of the object we're looking at.

3. Even after the object is no longer in view, the retina continues to send signals to the brain for a fraction of a second. This is known as the "persistence" of vision.

4. If a new image appears in that fraction of a second, our brain merges it with the previous image. This creates the illusion of continuous motion.

5. This is how movies and animations work. They are actually a series of still images shown in quick succession. Because of persistence of vision, we perceive them as moving pictures.

6. The minimum speed for this illusion to work is about 10 to 12 images per second. Anything slower than that, and we will notice the gaps between the images.

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Persistence of vision is a theory that explains how our eyes and brain work together to perceive continuous motion from a series of still images. Here's a step-by-step explanation:

1. Persistence of vision starts with the way our eyes capture light. When we look at an object, light from that object enters our eyes and hits the retina, a layer of tissue at the back of the eye that contains cells sensitive to light.

2. These cells convert the light into electrical signals that are sent to the brain. The signals contain information about the color, shape, and movement of the object we're looking at.

3. Even after the object is no longer in view, the retina continues to send signals to the brain for a fraction of a second. This is known as the "persistence" of vision.

4. If a new image appears in that fraction of a second, our brain merges it with the previous image. This creates the illusion of continuous motion.

5. This is how movies and animations work. They are actually a series of still images shown in quick succession. Because of persistence of vision, we perceive them as moving pictures.

6. The minimum speed for this illusion to work is about 10 to 12 images per second. Anything slower than that, and we will notice the gaps between the images.

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Persistence of vision is a theory that explains how our eyes and brain work together to perceive continuous motion from a series of still images. Here's a step-by-step explanation:

1. Persistence of vision starts with the way our eyes capture light. When we look at an object, light from that object enters our eyes and hits the retina, a layer of tissue at the back of the eye that contains cells sensitive to light.

2. These cells convert the light into electrical signals that are sent to the brain. The signals contain information about the color, shape, and movement of the object we're looking at.

3. Even after the object is no longer in view, the retina continues to send signals to the brain for a fraction of a second. This is known as the "persistence" of vision.

4. If a new image appears in that fraction of a second, our brain merges it with the previous image. This creates the illusion of continuous motion.

5. This is how movies and animations work. They are actually a series of still images shown in quick succession. Because of persistence of vision, we perceive them as moving pictures.

6. The minimum speed for this illusion to work is about 10 to 12 images per second. Anything slower than that, and we will notice the gaps between the images.

What is persistence of vision?

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