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In this picture or The visual trick, Four forms in two colors, blue and orange, and in the form of opposite circles, surrounded by a black dot in the middle.
This is a visual trick created by a number of scientists to diversify on Trick "Pena" which contains two circles of oblique rectangles around a black dot, where the circles seem to move in opposite directions when the viewer pulls his head from the plate and turns it over, while he remains stuck in the black dot.
In the blue and orange rectangle, if you look at the blackhead with the head forward, the shapes seem to move with the clock, and vice versa if the head is flipped.
Ian Max Andolina, one of the authors of the study on the optical tour, said in a statement to a magazine "New scientist" The "The reason for the inverse of the rectangles in motion is due to a delay in communication between zones Brain Which address the issues of vision and movement.
After a thorough study, it was found that the disruption time between brain regions involved in movement locomotion and local motion takes 15 parts per second, although there is no movement in the image.
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In this image or visual cunning, four-tone shapes, blue and orange, and in the form of opposite circles, surround a black dot in the middle.
The visual trick created by a number of scientists is a variation of Pina's trick, which includes two circles of oblique rectangles around a black dot, which seem to move in a mirror when the viewer pull the head off the plate and turn it over, while staying on the black dot.
In the blue and orange rectangle, if you look at the blackhead with the head forward, the shapes seem to move with the clock, and vice versa if the head is flipped.
"The reason for the opposite of the moving rectangles is a delay in communication between areas of the brain that deal with vision and movement," said Ian Max Andolina, co-author of the study on visual deception, in a statement to the New Scientist.
After a thorough study, it was found that the disruption time between brain regions involved in movement locomotion and local motion takes 15 parts per second, although there is no movement in the image.
