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Also searching for Science, because “earthquake” is another name for it.
13 results for “earthquake”.
Earthquake Pulse Map: A Century of Seismic Activity on a WebGL Globe
A Three.js globe plotting 120+ years of major earthquakes with custom GLSL shaders, binary-packed data, and live USGS feeds. Spin, zoom, and scrub through time. The tectonic boundaries light up whether you're ready or not.
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- Showcase
LLM Visualization: A 3D Interactive Walkthrough of GPT-Style Transformers
A stunning 3D visualization that lets you explore every layer, attention head, and matrix operation inside a GPT-style LLM. Watch inference happen in real time and finally grok how transformers actually work.
- Showcase
Expeditione: A 1MB Landing Page and 4MB Educational Experience Built in Three.js
Stylized 3D dioramas that teach history, geography, and science. The landing page runs at 1MB. The Soil expedition packs 200+ images, 15+ models, and 10+ animations into 4MB. Vanilla Three.js, custom GLSL, zero ads. Proof that educational web experiences don't need to be bloated.
- Showcase
Elimar: A Lost Van Gogh, Rendered in Particles
OddCommon's hour-long scrollytelling for LMI Group renders Vincent van Gogh as a cloud of black and white motes that scatter on approach and reform at distance. One particle system in many disguises, wrapped around four years of forensic art authentication.
- Showcase
Climbuddy: From Phone Photos to Interactive 3D Climbing Walls in the Browser
Snap photos of a bouldering wall, get back a textured 3D model with routes and holds auto-detected. Climbuddy chains COLMAP, SAM, and YOLO into a WebGL viewer that actually makes sense to use.
- Showcase
Zenith Observation Studio: An Observatory You Visit Instead of Read
A WebGL site that treats deep space as a place, not a pitch. Stars hold steady, depth stacks behind depth, and lighting carries the identity that copy usually does. Tiny on text, enormous on atmosphere. Open it on a big screen and look before you click.
- Showcase
OHIF Viewer: Clinical-Grade Medical Imaging Running on WebGL in Your Browser
OHIF streams DICOM medical images straight into your browser. CT, MRI, PET fusion, tumor segmentation. All GPU-accelerated via Cornerstone3D's single shared WebGL context. No installs. Production-grade radiology tools built on open web standards.
- Showcase
Spacetime in Your Browser: A General Relativity Sandbox Built with BabylonJS
Drop planets onto a deformable spacetime grid and watch gravity warp the mesh in real time. Built with BabylonJS and Ammo.js physics, Hitesh Sahu's simulation turns the rubber-sheet analogy into something you can actually play with. Collision sounds included.
- Showcase
Galaxy Sim: Real-Time N-Body Galaxy Formation in WebGL
Watch 20,000 particles collapse from random gas clouds into a spinning spiral galaxy, all running in your browser. The result is quietly mesmerizing.
- Showcase
WebHeat: GPU-Powered Thermal Simulation for Any STL File
A high school senior learned Newton's law of cooling in class, then built a full thermal simulation in the browser. Drop in any STL, watch heat propagate through voxelized geometry on the GPU. WebGPU compute shaders, React frontend, and a useRef trick that keeps it all from falling apart.
- Showcase
Grenzwert: Path-Traced Volumetric CT Rendering in WebGPU
Grenzwert renders volumetric CT data with ground-truth path tracing, right in your browser. Built on C++/WebAssembly with WebGPU, it streams a 3D mip pyramid for responsive interaction while you edit transfer functions and crop into the volume in real time.
- Showcase
NGL Viewer: WebGL Molecular Graphics That Scales to Millions of Atoms
A WebGL viewer that renders proteins, DNA, and virus capsids with millions of atoms, smoothly, on desktop or phone. Hyperball shaders, MMTF parsing, and a selection language that actually works.
- Showcase
Realistic Physics Simulations in the Browser
Dive into saharan's impressive collection of browser-based physics simulations featuring realistic water droplets with WebAssembly SIMD, GPGPU-powered fluffy balls, coupled cloth-fluid dynamics, and more. All built with Haxe and open-sourced on GitHub for anyone curious about computational physics.
