🧠 Zerith – Global Energy Project

🧬 Technical Documentation

→ General Concept

Zerith proposes a regenerative energy system leveraging atmospheric differential forces and sequential internal transfer mechanisms. The goal is to harvest, redirect, and reintroduce energy across modular stages in a self-coordinated loop.

→ Key Scientific Principles

• Controlled displacement using pressure delta across stacked chambers
• Phase-based work extraction during elevation and descent
• Entrainment-induced airflow enhancement for secondary stage recovery
• Reuse of waste heat via low boiling working mediums

→ Implementation Hints

• System composed of fluidic, kinetic, and thermal modules
• No reliance on combustion or external heat sources
• Work extracted through differential physics, redirection, and timing logic

→ Risks & Challenges

• Cycle disruption during phase transitions
• Efficiency loss due to premature equalization or leakage
• Synchronization issues under dynamic flows
• Material fatigue under vacuum and thermal cycling

→ Structural Models & Logic Flow