ELECTROGRAVITICS SYSTEMS: An examination of electrostatic motion, dynamic counterbary and barycentric control

This document is a compilation of reports and correspondence regarding 'Electrogravitics Systems,' originally produced by Aviation Studies International, Ltd. in the 1950s and later provided to Dale Goudie of CUFON by the U.S. Air Force in 1995. The core report examines the theoretical and practical feasibility of using electrostatic energy for propulsion and gravity control, a field referred to as 'electrogravitics' or 'dynamic counterbary.' The document outlines the history of this research, specifically referencing 'Project Winterhaven' (1952), which proposed the development of a saucer-shaped interceptor capable of Mach 3 speeds by creating a local gravitational field. The report argues that while traditional aviation relies on aerodynamic lifting surfaces, electrogravitics offers a fundamentally different approach by manipulating gravitational force lines. It discusses the role of high-dielectric materials (high-k) and the need for massive electrical power, comparing the potential effort required to the Manhattan Project. The text lists numerous U.S. and international companies, including Douglas, Convair, Bell, and General Electric, that were reportedly investigating these technologies in the mid-1950s. It also highlights the importance of fundamental physics, specifically the work of Einstein, Dirac, and Hlavaty, and the ongoing search for high-energy particles like the anti-proton. The document concludes that while no practical gravity control has been achieved, the potential rewards for transportation are immense. It suggests that the path forward requires a synthesis of nuclear and electromagnetic research, and that the companies most likely to succeed are those with significant computational and laboratory resources. The document also includes an extensive list of electrostatic patents from the U.S., Britain, and France, demonstrating the breadth of interest in electrostatic technology during that era.