Bob Greenyer discusses Exotic Vacuum Objects (EVO) and engineering applications in propulsion & space systems. Kenneth Shoulders, the originator of the EVO model, described an Exotic Vacuum Object as a cluster of electrons that channels energy. Shoulders believed he had used the electrons’ energy to melt microscopic holes in various materials, and believed the EVO model offered insights into the Hutchison Effect, nuclear transmutations, and other anomalous energy & materials effects.

Building upon the work of Kenneth Shoulders and others, Greenyer defines Exotic Vacuum Objects as high-density charge clusters capable of manipulating matter and energy in extraordinary ways, exhibiting phenomena similar to ball lightning. He details various experiments demonstrating EVOs’ ability to transmute elements, bore through materials, and generate intense magnetic fields, potentially exceeding 1000 Tesla.

Greenyer proposes a model of EVOs as toroidal structures interacting with a superfluid condensate of relic neutrinos, providing a mechanism for faster-than-light travel. He connects this research to historical accounts of advanced technologies and ancient symbols, suggesting a long-lost understanding of EVOs and their potential for revolutionary applications in propulsion, energy generation, and even terraforming. The presentation draws heavily on the work of numerous researchers and incorporates observations from various experiments, linking seemingly disparate phenomena under a unified theoretical framework.

The Genesis of EVOs: From Electron Volidium to God’s Toolbox

Greenyer’s presentation built upon the pioneering work of Kenneth Shoulders, whose book, “Exotic Vacuum Objects: A Tale of Discovery,” is available on the MFMP’s Facebook page. Shoulders initially termed these phenomena “electron volidium,” later evolving to “high-density charge clusters” (HDCCs) and finally, “exotic vacuum objects.” Greenyer emphasized Shoulders’ observation that all spark discharges produce EVOs, linking them to the enigmatic phenomenon of ball lightning. He highlighted Shoulders’ methods, focusing on observation rather than solely relying on complex equations, and the influence of researchers like Francesco Piantelli.

Shoulders’ experiments, involving Penning traps to manipulate and feed electrons to tiny particles, revealed astonishing results. He observed clusters containing billions of electrons, capable of seemingly making atoms disappear – a form of teleportation. This led Shoulders to challenge fundamental laws of physics, asserting that charge, mass, and energy conservation laws are incomplete. Greenyer demonstrated this with a meteorite sample from John Hutchison’s experiments, showcasing the presence of iron spheres formed under unusual circumstances.

Ball Lightning: A Manifestation of EVOs?

Greenyer explored the connection between EVOs and ball lightning, citing observations by Dr. George Egely, a ball lightning expert. Egely’s accounts of ball lightning releasing water or sand prompted Greenyer to pose a thought-provoking question to the audience. He detailed various ball lightning incidents, including one where water outside a barrel boiled while the water inside remained liquid, and another where sand was sintered at temperatures far lower than expected. These observations highlight the non-thermal nature of ball lightning’s effects, suggesting a powerful field of influence rather than internal heat. He further noted ball lightning’s ability to levitate significant weight, defying conventional gravitational understanding. Greenyer argued that ball lightning doesn’t defy gravity; it shields mass from its effects.

The presentation also touched upon the work of other researchers, including Dr. Takaaki Matsumoto’s “itonic clusters” and the observations of Messiah in Russia (“Ektrons”), demonstrating the convergence of various research paths towards a similar phenomenon.

The Structure and Properties of EVOs

Greenyer presented his 2018 model of EVOs, describing a core structure similar to a black hole, with toroidal and poloidal components creating a vortex. He referenced Paul Colloch’s 1973 patent on lightning strike formations and Jay Roth’s 1995 US Air Force paper suggesting ball lightning for fusion energy. He showcased various samples, including a “fracture sample” from John Hutchison’s 2007 experiments, revealing intricate mesh structures with quantized levels (50, 100, 200, 400 microns) and a distinct D4D ratio (outer ring diameter 1D, overall structure 4D). These structures, described as “peak and trough” or “yin and yang,” resemble half-soliton magnetic vortices. He connected these findings to the work of Bostic and Nardi on condensed plasmoids, highlighting the recurring presence of similar micrographs with D4D rings.

Greenyer hypothesized that light moves around these structures, with subunits manipulating material. He proposed a three-tier fractal structure (100 micron, 400 micron, 1600 micron) with suppressed poles, similar to Wheeler’s “Guillaumes” from 1954. He further connected this to Bostic’s 1957 Scientific American publication on condensed plasmoids and the work of Bogdanovich et al., who observed long-lived plasmoids near objects exposed to high-current pinch discharges. These plasmoids exhibited glowing toroids on metal surfaces days after the experiments, a phenomenon also observed by the US military.

EVOs: A Gateway to Interstellar Travel?

Greenyer’s presentation culminated in a bold proposition: Exotic Vacuum Objects are not merely a scientific curiosity; they represent a potential pathway to interstellar travel. He detailed EVOs’ capabilities: shielding mass, charge, and inertia (leading to teleportation); boring holes through materials; synthesizing, transmuting, and disassembling matter; and potentially eliminating the need for the Big Bang theory by enabling the universe’s continuous rebirth.

He presented compelling evidence from various experiments, including the Vega Valley experiment, which produced ball lightning creating channels resembling woodworm damage, containing magnetic iron crenelated spheres and electron condensate. He discussed experiments that produced spectra down to soft X-rays, aligning with Matsumoto’s exotic vacuum object explosion energy levels. He also highlighted the Russia Plasma Institute experiment, showing similar results and the correlation between color change and element synthesis.

Greenyer discussed the implications for aircraft, requiring radiation shielding due to soft X-rays emitted by coherent matter states. He referenced Mikhail Solin’s 1990 description of electricity generation from spinning ball lightning and the potential for coherent nuclear transmutation to terraform planets. He connected his findings to ancient technologies, citing Tesla’s work, Werner von Braun’s possible involvement in anti-gravity research, and the work of Bostico on condensed plasmoids.

He presented calculations suggesting Alpha Centauri round trips in 12 years, using EVO-based propulsion systems capable of reaching 80% the speed of light. He discussed various propulsion methods, focusing on traction and dark matter distortion, and referenced Eric Davis’s research on ball lightning technologies. He also highlighted research showing natural and synthesized ball lightning with red and blue shifts, indicating velocities up to one-third the speed of light.

Conclusion: The EVO Revolution

Greenyer’s presentation concluded with a discussion of the potential of EVOs to revolutionize propulsion, energy generation, and our understanding of the universe, connecting his research to ancient symbols and technologies, suggesting a hidden history of advanced knowledge. The presentation left the audience with a profound sense of wonder and the tantalizing possibility of a future far beyond our current technological limitations.