Stare At the dot at the center of the following image and wait until the end of the video.

This is a latest original oil painting done by me in the spirit of Shigeo Fukuda, an artist who influences my recent work.

It seems anywhere I go around my room, my paper dragon always keeps a fixed gaze upon me…

This is an optical illusion exploiting the concept of depth perception. It’s made in a way that makes the dragon’s head follow you wherever you go. It only works with one eye closed, however through a camera it works automatically, because of a singular lens.

I printed and assembled this from a site called grand-illusions.com , where they have all these other cool illusions.

Stare At the dot at the center of the following image and wait until the end of the video

An object may be viewed under various conditions. For example, it may be illuminated by the sunlight, the light of a fire, or a harsh electric light. In all of these situations, the visual system indicates that the object has the same color: an apple always appears red, whether viewed at night or during the day. This feature of the visual system is called chromatic adaptation.

Have you ever entered a movie theater on a sunny afternoon? The room probably appeared completely dark but as your visual system adjusted to the reduced level of light you were able to see better after a few moments.

This “adaptation mechanism” allows our eyes to recover from an oversensitivity to a particular stimuli. “Chromatic adaptation” occurs when our eyes adjust to certain color stimuli. Chromatic adaptation is one of the more easily fooled aspects of vision, and is prone to some of the most spectacular optical illusions.

This optical illusion relies on a principle called “Chromatic Adaptation”.

An object may be viewed under various conditions. For example, it may be illuminated by the sunlight, the light of a fire, or a harsh electric light. In all of these situations, the visual system indicates that the object has the same color: an apple always appears red, whether viewed at night or during the day. This feature of the visual system is called chromatic adaptation.

Have you ever entered a movie theater on a sunny afternoon? The room probably appeared completely dark but as your visual system adjusted to the reduced level of light you were able to see better after a few moments.

This “adaptation mechanism” allows our eyes to recover from an oversensitivity to a particular stimuli. “Chromatic adaptation” occurs when our eyes adjust to certain color stimuli. Chromatic adaptation is one of the more easily fooled aspects of vision, and is prone to some of the most spectacular optical illusions.

The hard work that goes into making a video like this!! Us and our magical school bus

This optical illusion relies on a principle called “Chromatic Adaptation”.

An object may be viewed under various conditions. For example, it may be illuminated by the sunlight, the light of a fire, or a harsh electric light. In all of these situations, the visual system indicates that the object has the same color: an apple always appears red, whether viewed at night or during the day. This feature of the visual system is called chromatic adaptation.

Have you ever entered a movie theater on a sunny afternoon? The room probably appeared completely dark but as your visual system adjusted to the reduced level of light you were able to see better after a few moments.

This “adaptation mechanism” allows our eyes to recover from an oversensitivity to a particular stimuli. “Chromatic adaptation” occurs when our eyes adjust to certain color stimuli. Chromatic adaptation is one of the more easily fooled aspects of vision, and is prone to some of the most spectacular optical illusions.

This optical illusion relies on a principle called “Chromatic Adaptation”.

An object may be viewed under various conditions. For example, it may be illuminated by the sunlight, the light of a fire, or a harsh electric light. In all of these situations, the visual system indicates that the object has the same color: an apple always appears red, whether viewed at night or during the day. This feature of the visual system is called chromatic adaptation.

Have you ever entered a movie theater on a sunny afternoon? The room probably appeared completely dark but as your visual system adjusted to the reduced level of light you were able to see better after a few moments.

This “adaptation mechanism” allows our eyes to recover from an oversensitivity to a particular stimuli. “Chromatic adaptation” occurs when our eyes adjust to certain color stimuli. Chromatic adaptation is one of the more easily fooled aspects of vision, and is prone to some of the most spectacular optical illusions.

This optical illusion relies on a principle called “Chromatic Adaptation”.

An object may be viewed under various conditions. For example, it may be illuminated by the sunlight, the light of a fire, or a harsh electric light. In all of these situations, the visual system indicates that the object has the same color: an apple always appears red, whether viewed at night or during the day. This feature of the visual system is called chromatic adaptation.

Have you ever entered a movie theater on a sunny afternoon? The room probably appeared completely dark but as your visual system adjusted to the reduced level of light you were able to see better after a few moments.

This “adaptation mechanism” allows our eyes to recover from an oversensitivity to a particular stimuli. “Chromatic adaptation” occurs when our eyes adjust to certain color stimuli. Chromatic adaptation is one of the more easily fooled aspects of vision, and is prone to some of the most spectacular optical illusions.