AI Article Synopsis
- Transparent flexible thin polymer films with silver patterns have been developed, offering an innovative way to record, protect, and transmit information while also enabling nonlinear gradient material formation.
- An automated system for information recording and reading was established, alongside the creation of an alphabet for process automation, utilizing an XOR function for data protection exemplified by coding the ITMO University logo.
- The structured samples feature functional gradient materials that highlight peaks of surface plasmon resonance, and UV-vis spectroscopy provides an automated method for decoding these structures.
Article Abstract
In the present work, transparent flexible thin polymer films with silver patterns have been created. The resulting structures made by the printing method represent a new alternative approach for recording, protecting, and transmitting information as well as for nonlinear gradient material formation. An alphabet for process automatization was created, and an automated system for recording and reading information was developed. To protect the information, we suggest the usage of a classic XOR function: the idea of scrambling is to demonstrate the simple and clear example of coding the ITMO University logo, and the code is provided. Additionally, the resulting samples are functional gradient materials with peaks of surface plasmon resonance. In the following, automated peak decoding by UV-vis spectroscopy allows an additional physicochemical method for structure decoding.
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| http://www.ncbi.nlm.nih.gov/pmc/articles/PMC7160830 | PMC |
| http://dx.doi.org/10.1021/acsomega.9b03954 | DOI Listing |
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