Explore the Quantum Matrix.
3D STEM Laboratory.
Bohr Atom Simulation
Active Raycast Inspection
Positively charged subatomic particle (+1e) composed of two up quarks and one down quark bound by gluons.
The 4 Pillars of Simulation.
Engineered from the ground up for absolute scientific precision and visual immersion.
Interactive Raycast Inspection
Click on any 3D node in the viewport to instantly unveil its full scientific profile. Inspect subatomic quark compositions, molar masses, hydrogen bond mechanics, and planetary atmospheric pressures in real-time.
- Real-Time Node Highlighting
- Rich Subatomic & Biological Descriptors
- Cosmos Background Click Reset
AI Molecular Synthesis
Enter any chemical or biological prompt—from 'Caffeine Molecule' to 'Benzene Ring'—and watch Learnoz AI instantly compute the 3D mathematical blueprint, establishing multi-heuristic bond connections flawlessly.
- Multi-Heuristic Bond Fallback Matching
- Automatic Knowledge Vault Archiving
- Custom Prompt Input Bench
Real-Time 2D Screen Labels
Never lose track of an atom. Our custom 3D-to-2D projection matrix continuously calculates NDC coordinates within the Three.js animation loop, rendering crisp, floating CSS labels that perfectly track meshes as you orbit.
- Zero-Latency Projection Matrix
- Camera Frustum Culling Guardrails
- Glassmorphic Pill Hover States
Industrial-Grade Physics
Fine-tune the simulation matrix in real-time. Toggle immersive cosmos starfields, adjust auto-orbit simulation speeds with our dynamic scrubber bar, and inspect wireframe crystal lattices at a silky-smooth 60 FPS.
- Immersive Cosmos Starfield Toggle
- Dynamic Simulation Speed Scrubber
- Wireframe Lattice Inspection Mode
Explore Prebuilt STEM Blueprints
Dive instantly into our meticulously crafted prebuilt 3D simulation matrices before synthesizing your own.
Bohr Atom
Inspect protons, neutrons, and electron orbital rings.
DNA Double Helix
Explore Adenine, Thymine, Cytosine, and Guanine base pairs.
Solar System
Orbit the Sun, Mercury, Venus, Earth, and Mars in 3D space.
Tesseract Cube
Manipulate a 4D hypercube projected into 3D WebGL space.
Interactive STEM Simulations for Competitive Exams
Our 3D STEM Lab helps students visualize complex textbook diagrams dynamically.
NEET / JEE Chemistry
Visualize VSEPR molecular geometry, hybridization forms, organic reaction mechanisms, and crystal lattice structures in 3D WebGL.
IIT JEE Advanced Physics
Explore Keplerian planetary orbits, electromagnetic fields, Bohr atomic orbits, and projectile mechanics interactively.
CBSE Class 12 Biology
Inspect DNA transcription double helices, animal cell organelles, biological structures, and genetic base pairs.
Standardized Science AP
Analyze subatomic quark distributions, radioactive decay pathways, and electron shells with absolute scale precision.
Simulation FAQ
Transparent answers regarding WebGL performance, AI synthesis accuracy, and vault archiving.
Is the 3D STEM Lab compatible with mobile devices?
Absolutely. We have engineered the Three.js viewport with touch-responsive OrbitControls, adaptive sizing, and minimalist icon-only HUD buttons to ensure a flawless, immersive experience on smartphones and tablets.
How are my AI-synthesized 3D models saved?
Every time Learnoz AI generates a new 3D molecular blueprint, it is automatically archived into your encrypted Firebase Knowledge Vault (`users/[userId]/vault`). You can reload, inspect, or share your models at any time.
Can I request complex organic molecules like Phenoxide Ions?
Yes! Thanks to our advanced multi-heuristic bond matching engine, Learnoz AI can generate complex organic structures with perfect cylinder bond alignments, even when atomic naming schemas vary.