Researchers Store Optical Data In Five Dimensions

Al writes "Researchers from Swinburne University of Technology in Victoria, Australia, have developed an optical material capable of storing information in five dimensions. Using three wavelengths and two polarizations of light, the Australian researchers were able to write six different patterns within the same area. The material is made up of layers of gold nanorods suspended in clear plastic that has been spun flat onto a glass substrate and multiple data patterns can be written and read within the same area in the material without interference. The team achieved a storage density of 1.1 terabytes per cubic centimeter by writing data to stacks of 10 nanorod layers."

Comments

Re:And..

[Tumbleweed]

But since a nanorod is only a unit of length and doesn't give a width or depth, we can't really figure out how many nanorods to the cubic cm.

Or how many nanorods to the hogshead, dagnabit!