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Fancy silicon nanoantennas may help in creating optical computers 17.eleven.2021 [16:46], Sergey Karasev

A group of Russian and American physicists is promoting a nanoantenna that is promising of scattering light in the desired way with respect to the strength of the event radiation.

Current optical nanoantennas have the ability to manage light over a range that is fairly wide. However, changing these characteristics during use is impossible. The properties of a new development can be dynamically controlled, which opens up new possibilities.

Scientists from the Moscow Institute of Physics and tech (MIPT), ITMO University as well as the University of Texas at Austin participated in the research. Specialists allow us a computer device for a new nonlinear nanoantenna that allows you to replace the way of light scattering depending on the strength associated with event wave. The proposed solution is based on silicon nanoparticles, by which an electron plasma is created under the action of intense laser radiation.

MIPT

Researchers' achievement is anticipated to help produce ultrafast optical computers. The use of light instead of charged particles will allow in the future to increase the speed of processing and transmission of information by instructions of magnitude.

“In this work, we focused on the growth of a nanoscale optical chip less than 200 ? 200 ? 500 nm in size, that is, several times less than the wavelength of a photon, a data carrier. The element that is new have the ability to alter the way of propagation of light pulses at a speed hundreds of times faster than electronic counterparts. Our device can circulate the sign into two optical channels with an interval that is extremely short that will be essential for modern telecommunication systems, "the scientists say.

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