🎬 Active Filming & Demonstration Modules
Filming Active
1. Thermodynamic Chaos & Entropy
Visualizing fluid convection currents and thermal expansion to physically prove molecular kinetic states.
ΔS = ΔQ / T
Film Goal: Capture laminar-to-turbulent transition timing on high-speed camera.
Scripting
2. Cosmic Blackbody Radiation
Using localized surface element heating to replicate planetary cooling curves and stellar emission signatures.
P = AσT⁴
Film Goal: Thermal imaging overlay proving the Stefan-Boltzmann law in real-time.
Data Phase
3. Wave Mechanics & Resonant Drift
Tracing geometric patterns formed by thermal micro-currents to map foundational universal wave structures.
v = λ × f
Film Goal: Macrophotography tracking of crystal patterns forming over variable temperatures.
📂 Repository Architecture
- `/scripts`: Comprehensive voiceover scripts, narration timelines, and conceptual cue sheets.
- `/data`: Raw temperature logs, millisecond transit calculations, and mathematical proofs.
- `/video_assets`: Camera setting profiles, overlay graphics, and sound asset directories.