The Bauman University will launch contract production of quantum processors
The goal is to meet the growing need in the Russian Federation for next generation supercomputers
In the article, we demonstrate spectra of slabs of plasmonic 1D nanostructures and show their ability to detect a specific binding of low-density lipoproteins. Optical spectra of the slabs exhibiting a spectrally sharp resonant peak have been analyzed numerically to demonstrate responses of biosensors under study. We show that the sensitivity to biomolecular binding can be considerably increased by utilizing magnetooptical materials as constituent element of plasmonic 1D nanostructures.
A N Shaimanov, N A Orlikovsky, E M Khabushev, A V Zverev, A A Pishimova, G V Sharonov, G M Yankovskii, I A Rodionov and A V Baryshev
Journal of Physics: Conference Series 1092, 2018 (ImF 0.241)
https://iopscience.iop.org/article/10.1088/1742-6596/1092/1/012134