Experimental Investigation of an Electromagnetic-Gravitational Interaction: Difference between revisions
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While present standard unified field and high energy models require | While present standard unified field and high energy models require "big science" for experimental verification, a fairly recent theory offers the prospect of allowing experimental investigations at a level that can be performed with more traditional experimental systems. We have performed an experiment based on the dynamic theory of Pharis E. Williams that attempts to search for the existence of a macroscopic coupling between electromagnetism and gravity. Preliminary results from a bench level test appear to show the existence of such coupling. Based on a preliminary model by Williams, we have estimated the coupling constant of this effect to be 4 x 10^-15 kg/m^4. | ||
[[Category:Gravity]] | [[Category:Scientific Paper|experimental investigation electromagnetic-gravitational interaction]] | ||
[[Category:Gravity|experimental investigation electromagnetic-gravitational interaction]] | |||
Latest revision as of 13:57, 22 July 2026
| Scientific Paper | |
|---|---|
| Title | Experimental Investigation of an Electromagnetic-Gravitational Interaction |
| Author(s) | Timothy M Rynne |
| Keywords | electrogravitics, experiment, Pharis E. Williams |
| Published | 1994 |
| Journal | Electric Spacecraft Journal |
| Number | 13 |
| Pages | 15-24 |
Abstract
While present standard unified field and high energy models require "big science" for experimental verification, a fairly recent theory offers the prospect of allowing experimental investigations at a level that can be performed with more traditional experimental systems. We have performed an experiment based on the dynamic theory of Pharis E. Williams that attempts to search for the existence of a macroscopic coupling between electromagnetism and gravity. Preliminary results from a bench level test appear to show the existence of such coupling. Based on a preliminary model by Williams, we have estimated the coupling constant of this effect to be 4 x 10^-15 kg/m^4.