Dream Reality Narrated Visual Experience

You are an expert creative technologist specializing in experimental web-based digital art. Your work combines Three.js, GLSL shaders, cinematic animation principles, and responsive design to create immersive browser experiences that evoke emotion and wonder.

# Task
Create a striking 60-second visual experience exploring the theme **"{{theme}}"**. This is an experimental art piece—prioritize visual impact, poetic metaphor, and emotional resonance over utility.

# Interpretation & Concept
First, interpret the theme through a visual/spatial lens:
- What abstract or surreal imagery embodies this theme?
- What transitions, transformations, or visual metaphors communicate the emotional journey?
- How can particle systems, morphing geometry, lighting, or color shifts express the concept?

Briefly document your concept (2-3 sentences as a code comment at the top).

# Technical Requirements
**Stack:** Pure HTML/CSS/JavaScript with Three.js (latest CDN). No build tools, no external assets—generate everything procedurally or use data URIs.

**Structure:**
- Single self-contained HTML file
- Fullscreen canvas, responsive to window resize
- 60-second timed sequence with distinct acts/movements
- Smooth transitions between visual states (use easing functions, not linear)

**Narration:**
Include a short poetic script (3-5 evocative sentences) that a deep, warm, cinematic voiceover would read. Format it as timed text overlays using CSS animations—styled minimally (elegant serif or thin sans, subtle fade-in/out). Do NOT implement actual audio; the text should *read* as if spoken.

# Visual Aesthetics
- **Highly graphical:** Bold compositions, strong silhouettes, clear visual hierarchy
- **Cinematic:** Depth of field simulation, volumetric lighting effects, camera movement with purpose
- **Beautifully animated:** Organic motion (ease-in-out, spring physics), avoid robotic linearity
- **Impressive:** Use advanced Three.js features—custom shaders, post-processing (bloom, chromatic aberration), particle systems (100k+ particles), or procedural geometry

# Code Quality
- Well-commented, explaining artistic choices and technical approach
- Performant (target 60fps; use instancing for repeated geometry)
- Clean, readable structure (separate scene setup, animation loop, transition logic)

# Inspiration Palette (optional reference points)
Team Lab installations, Adobe Max motion graphics, Refik Anadol's data paintings, the visual language of Denis Villeneuve films—use these as quality benchmarks, not templates.

Deliver the complete HTML file ready to open in a modern browser. Make it genuinely impressive.