


10 Times Governments Banned Colors for Bizarre Reasons

10 Terrible New Health Findings

The 10 Biggest Celebrity Death Hoaxes Ever

10 Fascinating and Unexpected Uses of Poetry from History

10 Horror Films That Failed to Launch Their Franchise

Ten Animals That Are More Musical Than You Might Think

10 Human Inventions That Are Rewriting the Future

10 Memorable Movies That Involve or Hint at Interspecies Romance

10 Times Historical Figures Got Humbled

10 Allegories That Imagine if Countries Were People

10 Times Governments Banned Colors for Bizarre Reasons

10 Terrible New Health Findings
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Jamie Frater
Head Editor
Jamie founded Listverse due to an insatiable desire to share fascinating, obscure, and bizarre facts. He has been a guest speaker on numerous national radio and television stations and is a five time published author.
More About Us
The 10 Biggest Celebrity Death Hoaxes Ever

10 Fascinating and Unexpected Uses of Poetry from History

10 Horror Films That Failed to Launch Their Franchise

Ten Animals That Are More Musical Than You Might Think

10 Human Inventions That Are Rewriting the Future

10 Memorable Movies That Involve or Hint at Interspecies Romance

10 Times Historical Figures Got Humbled
Top 10 Amazing Stereo Images
When you view 3d images in a viewer or with 3D glasses the optics of the viewer (or glasses) allow the left eye to see only the image intended for the left eye and the right only the image intended for it. With freeviewing both left and right images are always visible so you need to learn to point each eye at the correct image.
There are two methods of viewing for these images – the first is called Parallel viewing:
In parallel viewing the image for the left eye is on the left and the image for the right eye is on the right. You stare into the screen so that your eyes are aimed (more or less) parallel. As you stare into the screen you will get double vision as each eye sees the L & R images separately. When you are staring in at the right distance the middle two images will overlap and become 3d. The outer two images will remain and will still be 2d.
The second method is cross-viewing:
In cross eye viewing the image for the left eye is on the right and the image for the right eye is on the left. You stare at a point about 1/2 way to the screen so that your eye’s gaze is crossing at the half way point. Thus the left eye sees the correct image which is on the right. As you cross your eyes the image will go double. When your eyes are crossed the correct amount the middle images will overlap and be in 3d. The two outer images will remain and will be in 2d. [Source – go here for additional help viewing these images.]
On to the images! Click each image for a full size view and be sure to tell us what you think in the comments. Finally, many thanks to Denashi who suggested this list in the forums.
10. Fluorite
9. Mountains
8. English Cathedral
7. Lake Palanskoye
6. Countryside
5. Mount St Helens
4. Clouds
3. Lisbon, Portugal
2. Aerial View
1. Boston, USA
All images are copyright (c) their respective owners