Searching for Persistence is the summation of a series of investigations that explore how mathematics can give structure to complex information using concepts from Topology. The discipline of Topology is focused on the study of geometric properties and spatial relationships that are unaffected by continuous change or deformation. In other words, the study of persistence. The digital kinetic forms generated throughout this research project are the manifestation of a new synthesis of methodologies for visualization that combines mathematics, art, and technology. Due to the current circumstances, this project has taken the form of a web "book".
The purpose of this research is to expand on the tools that are currently in use for visualization. While there are many techniques, the majority focus on two-dimensional representations of simplified data. The techniques which have been employed throughout this process embrace a more spatial understanding of information that is represented in three-dimensional projections and forms. The primary advantage of spatial representation is that it gives information a tangible structure that allows for an analysis based on physical properties or behavior. This is an exciting notion that opens the door for future explorations of texture, density, and many other physical characteristics.
One of the driving questions behind this project is focused on how current mathematical tools can be incorporated into a design-centered process. Traditionally mathematics is presented in a standardized, uninspiring, and contextless manner which negatively affects the foundation of our relationship with the subject. When entering design or art school many assume that mathematics is a subject they will never have to approach again. This project sheds light on the exciting nature of applied mathematics when presented in a more creative context. It offers an example of how you can expand or enhance your practice through the incorporation of mathematics.
Her work primarily consists of generative art, interactive web design, and 3D graphics.
Her work primarily consists of generative art, interactive web design, and 3D graphics.