This ongoing body of research explores how artificial intelligence can be used as a tool to investigate the fabric of reality, specifically through the lens of time, entropy, black holes and quantum structures. By training custom AI models with my own visual data sets; ranging from paintings, photographs, and 3D scans to mathematical formulas, I generate speculative abstractions that attempt to visualize what cannot be directly seen: the warping of space, the slowing of time, the gravitational pull of singularity.

Rather than illustrating known science, these images form a visual archive of possibilities, fragments emerging from a process of distortion, compression, and recomposition. The research is grounded in a deep curiosity for how machines interpret data, and how those interpretations can help us reflect on the boundaries between perception, memory, and the unknown. What follows is an evolving collection of these experiments: a growing field of images shaped by physics, speculation, and the silent logic of algorithms.

Some of the Formulas used to train these AI models

C8 Gravitational Time Dilation (Schwarzschild Geometry): This describes how time slows as one approaches the event horizon of a black hole.

C8 Gravitational Time Dilation (Schwarzschild Geometry): This describes how time slows as one approaches the event horizon of a black hole.

Folded Spacetime Sheets: Creates topological layering of temporal planes, representing time folding on itself

Folded Spacetime Sheets: Creates topological layering of temporal planes, representing time folding on itself

Results and visual research