Journal
CHEMICAL COMMUNICATIONS
Volume 54, Issue 21, Pages 2611-2614Publisher
ROYAL SOC CHEMISTRY
DOI: 10.1039/c8cc00080h
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Funding
- Xenobe Research Institute
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Society suffers due to an inability to regulate matter. This study presents a practical tool for the encryption of materials by adjusting the levels of C-13 at regiospecific atoms within a molecule to generate a stable-isotopically encoded signature. This system is demonstrated by securing a document by adapting natural product chemistry as an encryption device. This approach delivers a complex signal that would be difficult to intercept due to the need for access to extraction protocols, sophisticated NMR instrumentation and a vital level of prior knowledge. Overall, this discovery offers an important tool to monitor and track valuable entities on our planet.
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