Design and Operation of a 90 kW Zero-Point Energy Harvesting Device for Electric Vehicles: A Compact Solution Based on VINES Unified Field Theory
Abstract
Terry Vines
This paper presents the design of a 90 kW zero-point energy (ZPE) harvesting device tailored for a Tesla-like electric vehicle (EV), leveraging the VINES Unified Field Theory (UFT) to extract energy from quantum vacuum fluctuations via the Casimir effect, amplified by 5D warped Anti-de Sitter (AdS) geometry and stabilized by a quintessence field (φ_q, m_q ≈ 10−4 eV). The system, comprising three 30 kW modules (2 nm plate gaps, 0.001 m3 each) and a liquid nitrogen cooling system (0.02 m3), delivers 90 kW net within a compact 0.023 m3 footprint, replacing the EV’s battery pack. Operating at 77 K with YBCO superconductors and silicon photovoltaics (Si-PV), the device uses extreme ultraviolet lithography (EUVL) for fabrication and AI-driven automation for stability. The system powers the EV for ~1000-2000 years, with a capital cost of ~$10,778 and a ~1-year recovery time with subsidies. This design validates UFT for automotive applications by 2027, offering a sustainable alternative to batteries.