Manish Dhaka’s Liminal is a compact WebGL visual experiment about blending two different paths into a seamless shared transition.
Manish Dhaka’s experiment is intentionally compact: a browser visual about blending two different paths into something that feels seamless. It is not a large world or tool, but it has a clear idea, which matters more than size here.
The source code is available on GitHub. The piece works best as a reminder that transitions are not just connective tissue. In WebGL, the moment between states can carry the whole visual premise.
Nikita Frolov combines physics-driven motion, glass refraction, iridescent metal, post FX, and a custom TSL fisheye node in a compact WebGPU experiment.
Alexsandro Souza’s WebGPU Cluster turns browser tabs into shared AI inference nodes, with WebGPU hosts running RF-DETR or SmolVLM behind a simple HTTP API.
Thousands of instanced bodies tumble and collide, with the entire physics step running on the GPU through WebGPU compute and Three.js TSL. No CPU round trip, no framerate flinch. A clean little workbench from Kevin Levron, built to inspect, tweak, and learn from.