Jason Flatt

Title: Innovations by Jason Flatt in Gemstone Evaluation

Introduction

Jason Flatt is an accomplished inventor based in Las Vegas, NV. He has made significant contributions to the field of gemstone evaluation, holding two patents that showcase his innovative approach to optical properties and dispersion in gemstones.

Latest Patents

One of Jason Flatt's latest patents is titled "Systems and methods for ray tracing." This invention operates to trace selected and ordered model light rays through a model of a gemstone. The rays are chosen such that, when ordered into a sequence, the points of contact of successive rays with the gemstone surface create a pattern defined by a path formed by linking successive contact points with line segments. Additionally, the rays are propagated through the gemstone using an ordered set of facet identifiers corresponding to facets impacted by previously propagated rays. This method enhances the accuracy of evaluating the gemstone's optical properties.

Another notable patent is "Systems and methods for evaluating and displaying the dispersion of a diamond or other gemstone." This system evaluates and displays a diamond's dispersion or fire potential. It determines the dispersion of a diamond relative to an observation point, which can then be used to create a map or indicator of the diamond's fire potential when viewed from that specific point.

Career Highlights

Jason Flatt is associated with the American Gem Society, where he applies his expertise in gemstone evaluation. His work has significantly advanced the understanding of how light interacts with gemstones, leading to improved methods for assessing their quality and beauty.

Collaborations

Jason has collaborated with notable colleagues such as Jose Sasian and Jason Quick. Their combined efforts contribute to the ongoing innovation in the field of gemstone evaluation.

Conclusion

Jason Flatt's contributions to gemstone evaluation through his innovative patents demonstrate his commitment to advancing the industry. His work not only enhances the understanding of optical properties but also improves the methods used to assess the beauty of gemstones.