The project focuses on exploring the unique optical and material properties of Ammolite, a rare gemstone formed from fossilized ammonite shells, to enhance security systems. Ammolite's iridescent qualities and complex structure offer potential applications in anti-counterfeiting, biometrics, and authentication technologies. The goal is to investigate how these properties can be harnessed to develop innovative security solutions that are both effective and difficult to replicate. By applying classroom knowledge of materials science and optics, learners will analyze the gemstone's properties and propose practical applications in security technologies. This project will provide insights into the integration of natural materials into modern security systems, offering a sustainable and advanced approach to combating counterfeiting and enhancing authentication processes.

The project deliverables include a comprehensive report detailing the findings on Ammolite's properties and their potential applications in security systems. Additionally, learners will create a prototype or conceptual model demonstrating one specific application of Ammolite in anti-counterfeiting or biometric technology. The deliverables will also include a presentation summarizing the research process, findings, and proposed applications, providing a clear understanding of Ammolite's potential in enhancing security solutions.