shape flexibility for holographic data storage

With peristrophic manyxing, information storage media is rotated around an axis so that the reconstructed hologram rotates away from the detector and a second holographic image may be written, but since holotechnology information storage machines read data from media by varying the angle or wave phase of a laser, holographic data storage media do not always have to rotate. This signifies that holotechnology media, unlike DVDs, do not have to be flat or round. Holotech data recordable media can be holosquares, holographic cubes, holospheres, or complicated polygonal shapes. With holographic information storage, it may be possible to store a terabyte of data in a holocube that is only the size of a sugar crystal. If you are interested, please also see Computer Holography Centre for more.

Compact disks store megabytes of information on a disc. Digital versatile disks provide sufficient storage capacity to fit a whole motion picture on one disk. Nonetheless, with HDTV and growing need for larger media storage size, several companies and universities are working toward the design and activation of working platforms for Holotech Disks (Holodisks) that can store data throughout the depth of a disk, not just on its surface. With holotechnology data storage, it may be possible to store tens of terabits per cubic centimeter of photosensitive media. Ideally, holographic data storage should feature high data reading and writing precision, rapid quickness, and long storage duration. Another potential advantage of holotechnology disks is that they are more tough to pirate than traditional DVDs. This can be a security advantage for large-scale content distributors. Virtual Travel provides more perspective.

Different holotechnology info at Holographic Memory .