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Dual coded Nanosheets as Security Label

       
Summary
Anti-counterfeit label. A highly secure dual-coded security label system based on scalable and printable plasmene nanosheets. The system is simple to verify, yet extremely complex to replicate. The labels are mechanically robust and can be applied to any surface topologies.
Technology Benefits
- Multiple, enhanced levels of security
- Simple verification via portable handheld Raman system
- Scalable and printable
- Unlimited possibilities of authentication codes
- Mechanically robust, soft and flexible in nature
- Conforms to any surface topologies
Technology Application
Anti-counterfeit technology
Security labels
High value items
Detailed Technology Description
New security labels have been developed using plasmene nanomaterials.

The scalable system consists of a printable ink comprised of plasmonic nanoparticles and inorganic Raman dyes. The label design offers enhanced security features in comparison to existing labels due to its dual nano- and molecular-coding capacity.

The dual coding system utilises:
- a first security level based on simple visible transmitted coloured features, and
- a second layer of encrypted plasmene- specific dual nano- and molecular- security codes.

The nano-code relates to the optical signatures of plasmene, whereas the molecular-code relates to the vibrational signatures of the embedded Raman molecule.
The complexity of these codes can be increased for additional levels of security, by spatially and spectroscopically engineering both geometrical parameters of plasmene building blocks and by Raman excitation laser wavelength.

The system is highly secure yet simple to decrypt with commercial portable handheld Raman systems.
Type of Cooperation
Licensing
Application Date
09/03/2016 00:00:00
Application No.
AU2016201510
Others
Others
Monash seeks a commercial partner to licence this technology. We envisage implementing the technology into banknote production and labels for protection of high value items.
ID No.
2015-061
Country/Region
Australia

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