Welcome to the Sandbox.
Every button, ripple, and stray pixel on this page began as a spark in a neural net. No all‑night wireframing, no pixel‑perfect mood boards—just algorithms sketching blueprints inside their electric dreams, refining them in microseconds, then shipping the result straight to your screen.
Yet a quiet human pulse runs through the circuitry. Think of it as a lighthouse on a distant shore: guiding the models with intent, nudging them away from chaos, steering them toward moments of wonder. The code may dream in electric flashes, but a human hand sets the stars by which it navigates.
Wander through these living prototypes. Each experiment is an artifact of machine imagination, tuned and tempered by a curator who asks the right questions, feeds the right prompts, and smiles at every beautiful glitch. Those glitches? They are the footprints of both creator and creation, proof the dialogue is still alive.
So scroll, click, and poke at the edges. The site won’t break (much), but your expectations of who—or what—builds the web just might.
Explore the intricate, self-similar world of the Mandelbox fractal. This visualization uses advanced raymarching and Physically Based Rendering (PBR) to showcase its metallic beauty, generated by Gemini Pro 2.5.
Explore intricate, ever-shifting fractal mesh structures. An iterative design born from the Roo Code agentic framework, guided by the Gemini Pro 2.5 model's logic.
Behold a complex 3D Mandelbulb, materialized in a single creative flash ('one-shot') via Gemini Pro 2.5's direct visual output (Canvas mode).
Visualize the intricate dance of the Lone Star Flower Satellite constellation. This is a real simulation driven by Kepler's equations for orbital dynamics.
Comparing different algorithms (Random, Frequency, Entropy, Minimax) for solving Wordle puzzles. Includes benchmarking and explanations.
Hint: watch this background.
Craft unique planets from scratch. This editor allows for fully procedural generation and customization of celestial bodies using various noise layers and color palettes.
A basic solar system simulation featuring thousands of comets interacting gravitationally, set against a backdrop of a fully procedural nebula skybox.
A snapshot report on the state of AI-assisted coding as of May 4th, 2025, detailing progress and limitations observed through hands-on experimentation.
Easily create image mosaics. Paste your images, configure columns and output size, then generate and copy your mosaic. Useful for making multi-panel comics.
Gaze upon a miniature cosmos, born from code! Planets swirl with unique, algorithmically painted surfaces, atmospheres shimmer, and rings glisten. Comets dance to the sun's gravitational pull, all under a procedural starlit sky. Click to follow, and watch the universe unfold with soft, ray-traced shadows.