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Virtual Ore Microscopy: An Interactive Cloud Application to Learn Optical Properties of Ore Minerals

Case ID:

UA23-255

Invention:

This is a software application designed to provide an interactive virtual petrographic microscope that will allow users to study ore minerals and their microscopic features. This app digitizes polished thin sections of ore using both transmitted and reflected light allowing the user to explore alteration minerals associated with the ore. The app helps users understand the optical properties of various ore and alteration minerals formed in ore deposits without the need to have access to petrographic microscopes. The cloud-based database of ore samples also includes information about its geographical location, mineral information, and bibliography, with the ability to create favorite lists and share through different media.

Moreover, the virtual nature of this platform makes it flexible for users to access from various devices, facilitating on-the-go learning. The cloud-based storage ensures that the latest datasets and resources are readily available and can be easily updated and added to, further enhancing the educational experience.

Background:
This app cuts down on costs associated with expensive and inaccessible microscopes by providing an intuitive surface to learn and analyze ore minerals through a cloud database. By leveraging the power of cloud computing and high-definition imaging, the software eliminates the geographical and financial barriers that often restrict individuals and institutions from accessing quality microscopy equipment. This democratization of learning resources promises to propel the field forward by creating a more inclusive educational environment.

Applications: