The user wants a visualization of the Lorenz attractor using three.min.js (already provided) with the following features:
1. A glowing 3D butterfly trajectory that draws over time
2. Orbit-drag camera controls

I need to create a single index.html file with:
- CSS in a <style> tag
- JavaScript in a <script> tag
- Load three.min.js from the current directory
- No external resources/CDNs

The Lorenz attractor is a classic chaotic system with differential equations:
dx/dt = σ(y - x)
dy/dt = x(ρ - z) - y
dz/dt = xy - βz

Where typical values are σ=10, ρ=28, β=8/3.

For visualization:
- I'll use a line that grows over time (updating geometry)
- Add a glowing effect (emissive material, maybe bloom-like effect with additive blending)
- Use OrbitControls for camera interaction (need to check if it's included in three.min.js or if I need to implement basic orbit controls)

Let me create this step by step:
1. Basic HTML structure
2. CSS for full-screen canvas
3. JavaScript:
   - Initialize Three.js scene, camera, renderer
   - Set up orbit controls (Three.js includes these)
   - Implement Lorenz system solver (Euler or RK4)
   - Create a line geometry that updates over time
   - Add glowing effect (using bright colors and maybe post-processing or just emissive materials)
   - Animation loop to add points over time

For the glow effect without external shaders or post-processing libraries, I can use:
- A bright color scheme
- LineBasicMaterial with bright colors
- Maybe multiple lines with different widths and transparency for a glow effect
- Or use a PointLight that follows the trajectory

Actually, since this needs to be self-contained and only use three.min.js, I'll stick to:
- Line geometry with BufferGeometry that updates
- Multiple lines (glow effect by having wider, semi-transparent lines behind)
- Or use points with additive blending for a particle trail

Let me write the code:

I have successfully written a self-contained `index.html` file that visualizes the Lorenz attractor. Let me verify the file was created correctly and test it if possible.

The code includes:
1. **Three.js scene setup** with dark background and fog
2. **OrbitControls** for camera manipulation (drag to rotate, scroll to zoom)
3. **Lorenz system integration** using Euler method with the classic parameters (σ=10, ρ=28, β=8/3)
4. **Glowing effect** achieved through:
   - Multiple overlapping lines with additive blending
   - Different line widths and opacities for a glow/halo effect
   - Particle system trailing the trajectory with gradient colors
   - Point light following the trajectory
5. **Progressive drawing** - the trajectory draws over time, then resets with slightly different initial conditions to create continuous motion
6. **Responsive design** - handles window resize events

The file loads `three.min.js` from the local directory as required, and contains no external dependencies.

Good, the file is correctly written. The visualization includes:

1. **Lorenz attractor simulation** with proper differential equations (σ=10, ρ=28, β=8/3)
2. **Glowing 3D trajectory** using:
   - Multiple overlapping lines with additive blending for a neon glow effect
   - 5 layers of lines with decreasing opacity and increasing width
   - Particle trail with gradient colors
   - Point light following the trajectory
3. **OrbitControls** for interactive camera (drag to rotate, scroll to zoom)
4. **Progressive drawing** - the butterfly shape draws over time and then cycles with new initial conditions
5. **Dark aesthetic** with deep blue/purple background to highlight the pink/magenta glow

The file is complete and self-contained, loading only the local three.min.js file.