Uploaded September 2025 | Updated September 2026, 3 days ago
Bob Greenyer presents in-depth research in Exotic Vacuum Objects (EVOs), discusses dozens of examples, and highlights potential applications. Greenyer discussed the Hutchison sample, showing embedded steel in aluminum, and proposed that EVOs formed a skin around the iron, causing its movement. He touched on the work of Ken Shoulders and Winston Bostick, highlighting the potential of EVOs for ultra-fast propulsion and energy generation. Gringer presented experimental evidence of toroidal moments, fractal toroidal structures, and disruption beams, linking these phenomena to matter transmutation, energy conversion, and even potential faster-than-light travel.
He referenced numerous experiments and researchers, including Fleischmann, Uren, and Klimov, and shared images of structures resembling galaxies and sacred geometry patterns found in reactor materials. Greenyer emphasized the importance of understanding these phenomena for applications in material processing, nuclear waste remediation, and hidden energy release, while also acknowledging the challenges in LENR research.
Greenyer concluded by discussing detection methods for vector/scalar fields and the implications of this research for understanding consciousness and advanced propulsion systems, offering to share samples for analysis under material transfer agreements.
Bob Greenyer presents in-depth research in Exotic Vacuum Objects (EVOs), discusses dozens of examples, and highlights potential applications. Greenyer discussed the Hutchison sample, showing embedded steel in aluminum, and proposed that EVOs formed a skin around the iron, causing its movement. He touched on the work of Ken Shoulders and Winston Bostick, highlighting the potential of EVOs for ultra-fast propulsion and energy generation. Gringer presented experimental evidence of toroidal moments, fractal toroidal structures, and disruption beams, linking these phenomena to matter transmutation, energy conversion, and even potential faster-than-light travel.
He referenced numerous experiments and researchers, including Fleischmann, Uren, and Klimov, and shared images of structures resembling galaxies and sacred geometry patterns found in reactor materials. Greenyer emphasized the importance of understanding these phenomena for applications in material processing, nuclear waste remediation, and hidden energy release, while also acknowledging the challenges in LENR research.
Greenyer concluded by discussing detection methods for vector/scalar fields and the implications of this research for understanding consciousness and advanced propulsion systems, offering to share samples for analysis under material transfer agreements.
