Sentence examples for optical information storage from inspiring English sources

It is located at the heart of Toyohashi City, Aichi Prefecture, in central Japan and houses eight research centers which focus on areas including intelligent sensing, robotics, agrotechnology, and optical information storage.

The ultra-strong surface plasmon amplification characteristics of the spaser have potential applications in optical information storage, high sensitivity biochemical sensing, and medical engineering.

Microlenses as a class of most ubiquitous optical components, aiming to manipulate and focus light at the micro-/nanoscale, have important applications, such as display technology [1], laser beam collimation [2], molecular detection [3], and optical information storage [4].

The experiment proves that these carbazole derivatives are well suited for two-photon 3D optical storage, thus laying the foundation for the research of multilayer high-density and ultra-high-density optical information storage materials.

A laser-addressing rewritable optical information storage for (liquid crystalline side chain copolymer: LCcoP/low molecular weight nematic liquid crystals: nematic LCs/photo-responsive molecule: PM) ternary composite systems in a smectic state was investigated on the basis of a reversible and bistable electro-optical switching driven by ac electric fields with two different frequencies.

Possible application of 3D- space) and 2D- planar) nanocomposites in systems of optical information transfer, storage, and processing are discussed.

They can be potentially applied in fabricating microdevice, optical switching, information storage, anti-counterfeiting as well as biological imaging.

The achieved sub-diffraction-limit focusing can be widely used for many engineering applications, including the super-resolution imaging, particle acceleration, quantum optical information processing, and optical data storage.

A post processing algorithm called matrix-method deconvolution (MMD) was created that makes it possible to extract binary information from optical data storage beyond the limits of the Rayleigh criterion.

There are considerable engineering applications for the nanoring-based superfocusing lenses, ranging from the super-resolution imaging, particle acceleration, quantum optical information processing to the optical data storage.

Along with the development of super-resolution imaging [1], particle acceleration [2], quantum optical information processing [3], and polarization-dependent optical data storage [4], surface plasmonic devices are widely applied in these regions by modulating the plasmon resonance in a subwavelength magnitude.