Sympathetic Vibratory Physics: Free Energy

This document, hosted on the SVPwiki, serves as a compendium of theories, correspondence, and links regarding the concept of 'Free Energy.' The central thesis, heavily influenced by the work of Thomas E. Bearden and the historical principles of Sympathetic Vibratory Physics (SVP) associated with John Keely, is that the current scientific model of electromagnetics and electrical engineering is fundamentally flawed. The document asserts that standard models erroneously assume an inert vacuum and a flat local spacetime, leading to the arbitrary dismissal of 'asymmetrical' Maxwellian systems that could theoretically provide a coefficient of performance (COP) greater than 1.0.

The text argues that every electrical generator and battery already extracts far more energy from the vacuum than is accounted for by mechanical shaft input or chemical energy. This excess energy, referred to as the 'Heaviside component,' is allegedly discarded by standard electrical engineering practices based on the 'Lorentz integration trick.' The document claims that if this component were properly utilized, it could provide clean, perpetual energy, thereby solving the global energy crisis and reducing environmental pollution.

Included in the document is correspondence from Thomas E. Bearden to Tim Ventura, dated May 1, 2002, in which Bearden discusses his support for 'lifter' technology and his belief that researchers in this field are being unfairly marginalized by the conventional scientific community. He lists several researchers and organizations, such as NASA's Breakthrough Propulsion Program, as being involved in related, albeit underfunded, research. The document also references historical figures like Nikola Tesla and E. R. Laithwaite, framing their work as foundational to the understanding of electrogravitation and energy transformation. The document concludes with a list of links to various 'Free Energy' research projects and patents, advocating for a shift in scientific mindset to prioritize the development of these systems.