The three circles drawn in this photo seem like they are different shades of blue, but are in fact all the same color. Lenstore While many mind-blowing optical illusions can play with your brain ...

Optical illusions have fascinated people for centuries. They play tricks on our eyes and brains, making us see things that ...

In the latest optical illusion, viewers are shown a picture with two orange circles. Look at it for nine seconds and determine which one is bigger, and over 90 percent chose the wrong option.

We love a nice optical illusion (if you hadn't noticed), and happily the internet is full of people creating little gems to trick our eyes. Anyone wanting to create their own won't want to miss ...

We love a good optical illusion here at Creative Bloq, and even more so when it's one that leaves people's heads spinning like this one Can there really be 16 circles in the image below? There are ...

An optical illusion shared on Twitter shows how rotating circles become static when you fix your gaze on any one of them.

Explore the fascinating world of optical illusions with the Coffer illusion, which challenges your perception of reality and reveals cultural influences on visual perception.

The bumpy circle illusion is similar to the even more mind-bending café wall illusion, popularly attributed to British neuropsychologist Richard Langton Gregory. (Though the illusion had actually been ...

The optical illusion going viral on Reddit challenges people to find 16 circles in a photo filled with rectangular panels.

THERE are 16 circles hidden in this striped, 3D-like optical illusion. It is extremely hard to focus on finding circles while you are staring at this barcode-like image. “First time viewers of ...

If you can spot the 16 circles here, you’re spot on. A renowned optical illusion from the mid-2000’s is circulating on the internet once again, posing the challenge of finding each of the ...

It's called the "Ambiguous Cylinder Illusion," and it won the award for best optical illusion in 2016 from the Neural Correlate Society. Basically, the shape is neither truly a square nor a circle.