Interactive 3D visualization of quantum field dynamics with real-time particle animation. Adjust intensity and frequency to observe different wave patterns and particle behaviors.
The visualization represents a quantum field in superposition, with particles exhibiting wave-particle duality.
Use the sliders to adjust the intensity and frequency of the quantum field oscillations.
Real-time metrics showing the state of the quantum field system.
Built with Three.js for high-performance 3D graphics rendering. The visualizer uses WebGL for GPU-accelerated particle system simulation with quantum-inspired cyan lighting.
Implements sinusoidal wave functions to simulate quantum field oscillations. Particle positions are updated in real-time based on distance and time parameters with dynamic intensity scaling.
Responsive controls allow users to modulate field intensity and frequency dynamically, observing immediate visual feedback in the 3D space with real-time particle animation.
Optimized for smooth 60 FPS rendering on modern hardware. Particle system uses GPU instancing for efficient memory usage and quantum glow lighting effects.