Hello Hugging Face Community!
I’m working on a visionary AI system that simulates the inner molecular and vibrational behavior of trees, air particles, and environmental systems. This system includes:
A molecular and atomic-level representation of how trees intake CO₂ and output O₂
A binary-driven model for translating real biological processes into data systems
A VR interpreter that lets users simulate environments with different tree types, soil data, and even merge molecular tree data
Atmospheric simulations where molecules like CO₂, O₂, H₂O are tracked in real-time (e.g., smoke in a room or perfume spray patterns)
Imagine a researcher adjusting soil pH or changing wind direction in a simulated forest and observing, molecule by molecule, how a tree responds. Or simulating high-oxygen tree hybrids using a binary-mathematical interface.
I’m planning to implement this as an open and scalable system that adapts based on GPU power and user data input. Eventually, this could be used for:
- Climate simulation
- AI-assisted bio-design
- Sustainable forest planning
- Urban air quality testing in VR
- Bio-feedback modeling
I’d love to hear your thoughts:
- Has anyone explored similar real-time simulations?
- What’s the best way to link AI models to molecule-level datasets in Hugging Face?
- Would you find a live demo (Space) useful?
Thanks in advance — looking forward to collaborating or hearing your feedback!