.Peppers.Ghöst.
is built around a simple idea:
information becomes more meaningful when it can be experienced, not just measured.
.Peppers.Ghöst. is a data translation system that converts visual and scientific information into structured, repeatable sound. Using three-dimensional mathematical models built in Desmos, complex systems such as orbital motion, frequency shifts, light variation, velocity, and spatial relationships are mapped directly into sound synthesis engines. Every parameter is translated consistently, meaning the same input always produces the same sensory result. This creates a stable sensory language that users can learn over time. Patterns, structural changes, and anomalies become recognizable through pitch, rhythm, modulation, and spatial movement, allowing data to be experienced rather than only viewed on a screen
~Link To Actual Desmos Graph from this Sonification~ https://www.desmos.com/3d/2cgufkdzfj
Feel free to play with it and change the numbers. Spin it, Zoom in and Out, Play with it however you want!
At its core, the project expands accessibility by enabling individuals with visual impairments to interpret traditionally visual data through sound. Graphs, equations, and motion-based systems are no longer confined to sight alone. Instead of replacing visual tools, .Peppers.Ghöst. functions as an interpretive layer between complex mathematical information and human perception. It allows scientific data to be monitored through hearing, experienced spatially, and understood through consistent auditory structure. The underlying mapping systems and synthesis methods remain private, but what is demonstrated here shows that visual information can be translated into a coherent, learnable sensory language.