Bob Greenyer presents a detailed overview of groundbreaking Exotic Vacuum Object (EVO) research and nuclear transmutation anomalies. Greenyer presents evidence of anomalous “Ion Eater” spots on copper screens exhibiting no secondary ion signals under SIMS analysis, suggesting the presence of unknown elements or structures.

He connects this to the work of Adamenko, Matsumoto, and Shoulders, highlighting experiments involving relativistic discharges, cavitation, and ultrasonic vibrations that produce transmutation of elements, including gold synthesis from copper. The research suggests the creation and manipulation of coherent matter traveling waves, potentially linked to relic neutrinos and exhibiting properties like an “event horizon.”

Exotic Vacuum Object structures, potentially involving magnetic monopoles and electron condensates, are hypothesized to be responsible for observed phenomena such as anomalous radiation, gravity modification, and even time distortion. The presentation concludes with a simplified method for inducing nuclear transmutation using an ultrasonic cleaner and aluminum foil.

Exotic Vacuum Objects: A Startling Discovery

Bob Greenyer, affiliated with the Martin Fleischmann Memorial Project, discusses his inspiration to study Exotic Vacuum Objects, which came from a 2006 interview and pivotal 2018 conversation in Russia. His presentation centered around a startling discovery made using Stanislav Adamenko’s “Ion Eater,” a device employing secondary ion mass spectrometry (SIMS).

During SIMS analysis, a research team observed peculiar black spots on copper screens that exhibited an unprecedented anomaly: a complete absence of secondary ion signals across all ion masses. This meant the spots were not composed of any known or undiscovered elements (up to 480 atomic mass units). Even more perplexing, the primary ion beam seemed to disappear within these spots, a phenomenon never before documented.

The “Ion Eater” and its Astonishing Capabilities

Further investigation revealed a flickering spot near 433 atomic mass units (AMU) within the black areas after the primary ion beam was switched off. This flickering, decaying exponentially, suggested the spots were actively capturing and assembling matter, potentially producing substances outside the known periodic table. The “Ion Eater” itself, detailed in Adamenko’s expensive book, “Controlled Nucleosynthesis,” utilizes a plasma discharge unit and plasma switch to achieve this remarkable feat.

Greenyer’s presentation went on to detail Adamenko’s experiments involving relativistic discharges (300-700 joules) into metal targets. These experiments resulted in the formation of “electronucleus macroclusters,” leading to bulk transmutation of elements. Examples included spots with high concentrations of gold (up to 76.3%) formed from copper, and other spots rich in lanthanides. This process, according to Greenyer, is a microscopic analog of natural explosive nucleosynthesis, the energy source powering supernovae. Crucially, it’s a self-sufficient process, producing far more energy than it consumes and potentially offering a solution for radioactive waste disposal.

Exotic Vacuum Objects, Relic Neutrinos, and Anti-Gravity

Greenyer skillfully connected his findings to the work of other researchers, including Ken Shoulders and Takaaki Matsumoto. He discussed Shoulders’ concept of “exotic vacuum objects,” which appear to be quantum-locked structures capable of capturing and releasing energy, and Matsumoto’s research on “electronuclear collapse,” a process involving the formation of structures resembling tiny black holes.

The presentation highlighted the role of relic neutrinos, technologically equivalent to cold neutrinos, in these phenomena. Greenyer proposed that these neutrinos, aggregated through processes like cavitation and electrical discharge, are key to the formation of exotic vacuum objects and the observed transmutations. He cited the work of Alexander Shishkin, whose experiments with hydrodynamic generators produced a novel type of penetrating radiation, possibly related to relic neutrinos and anti-gravity effects.

Greenyer also explored the work of researchers like Xu Wenzhou and Morris Alai, who observed anomalous effects during three-body alignments (Sun, Moon, Earth), suggesting a connection to the pressure exerted by a superfluid superconducting condensate of relic neutrinos. This pressure, he argued, could be responsible for the observed sideways movement of objects and other unusual phenomena.

Practical Applications and Future Directions

Greenyer didn’t just present theoretical concepts; he also shared practical details on replicating some of these experiments. He described Suhas Ralkar’s reactor, which uses a combination of corona discharge, ultrasonics, and specific resonant frequencies to induce nuclear transmutations. He also demonstrated a remarkably simple method using an ultrasonic cleaner, aluminum foil, and deionized water to synthesize elements.

The presentation concluded with a discussion of the potential implications of this research, including the development of advanced propulsion systems and the potential for harnessing a new, clean energy source. However, Greenyer also cautioned about the potential dangers, citing instances of severe health effects experienced by researchers working with these technologies.

A Glimpse into the Future of Propulsion

Bob Greenyer’s presentation at APEC was a tour de force, weaving together seemingly disparate strands of research into a compelling narrative about the potential for revolutionary advancements in propulsion and energy. His work opens up exciting new avenues of exploration, promising a future where our understanding of the universe and our ability to harness its energy are fundamentally transformed. The implications are vast, and the journey has only just begun.