Optical Response of Sila-Fulleranes in Interaction With Glycoproteins for Environmental Monitoring

In this paper, we introduce new features of silicon in fullerane structures. Silicon, when placed a structure, increases its electron affinity and electrophilicity index, compared to placement diamondoids structure. These nanoparticles can be used make optical sensors detect viral environments. work, theoretically examine the changes UV-Visible spectrum sila-fulleranes by interacting with spikes. As result, find out how color they interact viruses. We apply N- O-Links for glycoprotein structures, Si 20 H dodecahedrane, respectively. Our computational method obtain optimal structures their energy ground excited states, is density functional theory (DFT). Besides, get spectrum, time-dependent (TD-DFT) approach has been used. results show that sila-dodecahedrane white, turns green face use sensitivity nanoparticles, especially identify environments infected novel coronavirus.