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Confirmed the ability to store up to 5 TB of information on an optical disk of a standard size

Researchers have argued for quite some time that the tens of gigabytes achieved in Blu-ray and HD DVD discs is not the limit of the capacity of standard-size optical media (120 x 1.2 mm).

Recently, this statement has received practical justification. At the end of last month, Applied Optics published an article describing the related technology and examples of the practical implementation of some of its details. The technology that allows you to record 1 TB of information on a disc the size of a regular CD or DVD is based on the so-called volumetric recording, when information is recorded in many virtual layers of the media.

The thickness of the carrier is a matrix of polymethyl methacrylate (PMMA) molecules, in which are embedded “colorless” dye precursor molecules (they absorb radiation with a wavelength of up to 400 nm) and a light-sensitive substance that is converted into acid under the influence of a laser. To convert a molecule of such a substance into an acid molecule, it is enough for it to be hit by one ultraviolet photon or two photons of the visible part of the spectrum. The acid reacts with the precursor to form a molecule of the fluorescent dye Rhodamine 700. By focusing the laser beam in certain areas, it is possible to form sequences from the dye, which can then be detected by the laser beam, reading the information using the same optical system that was used for recording, in much the same way as it happens when reading the elements of a DVD track.

To confirm the efficiency of the idea, the authors of the article demonstrated images obtained by the method of confocal microscopy, which show a series of test “patterns” recorded in the thickness of the carrier. The test setup made it possible to focus at different depths, forming structures spaced from each other at a distance of about 5 μm. This roughly equals 5GB of data per layer, or roughly 1TB of an entire disk.

According to researchers, they already know how to increase this figure to 5 TB. Unfortunately, there is no information about the prospects for the commercialization of the development yet.

Sources: Optics InfoBase, Ars Technica

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