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For the first time, scientists have successfully plotted the paths of sperm in 3-D, revealing corkscrew-like trajectories and "hyperactive" swimmers. 
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NASA's Tropical Rainfall Measuring Mission (TRMM) satellite provides a look at thunderstorms in three dimensions and shows scientists the heights of the thunderclouds and the rainfall rates coming from them, both of which indicate severity.
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Thanks to a new 3-D map of the moon, earthbound viewers can see its landscape with a clarity that only Apollo's astronauts have previously e...
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Images of finds from the Must Farm quarry, Whittlesey, near Peterborough. Archaeologists have found one of the most significant later Bronze Age hoards ever unearthed in the United Kingdom.
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One of the hallmarks of cancer cells is that certain regions of their DNA tend to get duplicated many times, while others are deleted. Often those genetic alterations help the cells become more malignant — making them better able to grow and spread throughout the body.
Now, a team of MIT and Harvard University researchers has found that the three-dimensional structure of the cell’s genetic material, or genome, plays a large role in determining which sections of DNA are most likely to be altered in cancerous cells. Via Dr. Stefan Gruenwald
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This is why I always keep a pair of 3-D glasses by my computer.
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