AT THE CONFINES OF SCIENCE

OUTLINE: Discoveries and Contributions of Maurizio Armanetti

Maurizio Armanetti in the field of entanglement and nonlocal reality research has developed a revolutionary approach based on the concept of the “quantum brain,” demonstrating how entanglement that is not only quantum but also becomes deterministic can be used to receive precise scientific data. His research, spanning decades, has produced extraordinary results, with a certified success rate of 99 percent in the detection of thermal aquifers in as-yet unthermal and unexplored areas. These discoveries have been validated in field successes by prestigious institutions, such as the Polytechnic University of Turin, redefining the boundaries of quantum physics and applied science.

Armanetti's work has demonstrated the ability to:

Identify thermal aquifers with a currently unique accuracy, including parameters such as thermal aquifer depths, temperatures...etc. in areas where traditional geological methods, as exactly predicted on the record by Armanetti, have failed.

Tools such as Google Maps are integrated into the search process to identify the target location and initiate nonlocal double quantum transfer in even deterministic entanglement representing a new application of quantum technologies.

Armanetti's methodology bridges the gap between theoretical and applied quantum mechanics, challenging established paradigms. Traditionally, quantum entanglement has been considered incapable of transmitting or receiving deterministic data; however, Armanetti's work provides compelling evidence to the contrary. His experiments suggest that the human brain, operating in quantum states, can generate, process and receive information deterministically and repeatably.

Armanetti's contributions go beyond terrestrial hydrogeology, opening possibilities for:

- Space exploration: Armanetti's successful terrestrial experiments: detecting rare underground thermal water tables thousands of miles away with absolute precision, are an excellent experimental platform for Mars subsurface research.

- Geological research: Armanetti's method is based on creating quantum biotechnology in the brain and involves creating mental programs with databases for each type of research. Each program to achieve the result of 99% success is worked out over about 10 years. Similar geological programs such as mining research, methane gas or oil discovery, once the main program of thermal waters is set up take less time, about 5 years.

- Biotechnological Advances: The application of quantum entanglement in neuroscience could revolutionize fields such as medical diagnostics and cognitive science and the discovery of a new kind of energy.

One of Armanetti's most interesting successes occurred in Valdieri, Italy. Traditional geological studies, conducted by established institutions, failed to identify thermal aquifers despite months of research and expensive drilling to great depths. In contrast, Armanetti accurately predicted the location, depth and geothermal characteristics of the thermal waters, achieving a success rate described as “statistically extraordinary” of 99 percent. This success was officially certified by the municipality of Valdieri and documented in a scientific report by the Polytechnic University of Turin, commissioned by the Piedmont Region, which was funding the thermal research project...

Armanetti acknowledges the challenges posed by scientific skepticism, particularly from those who rigidly adhere to traditional paradigms. Challenges accepted and overcome, such as saying exactly even where the thermal water is not. It was not in the boreholes drilled on geological indication. Armanetti's methodology has been rigorously tested under controlled conditions and validated through replicable results. Armanetti stresses the importance of collaboration with the scientific community, offering full transparency and the opportunity for independent verification.

Building on its successes, Armanetti intends to:

Expand the scope of his research to demonstrate practical applications of quantum entanglement in various scientific fields.

Shoot a DOCUFILM on quantum experiments carried out under strict scientific control: nonlocal quantum thermal searches set as targets thousands of kilometers away. The results will also be disseminated to the general public, while ensuring scientific rigor through official certifications and notarized supervision.

Armanetti proposes to explore the use of his methodologies in fields such as medicine, energy and space exploration, with the goal of redefining the role of quantum physics in solving global challenges.

Armanetti invites the scientific community to further explore the concept of the “quantum brain.” He proposes that quantum processes in the brain, can be studied, discovered and understood by highlighting the new form of energy underlying the quantum brain, discovery would take today's science a giant leap forward. His vision includes collaborative experiments to validate and refine these theories, paving the way for a new era in quantum research.

Results of Remote Viewing and Comparison with the Quantum Method

The results of remote viewing (remote viewing), in which Ingo Swann stood out as the most relevant subject, eventually led to the discontinuation of research in this direction. The official reason given was that, from a military point of view, this technology did not guarantee a consistency of results satisfactory for operational use. However, at the scientific level, remote viewing, having demonstrated results superior to chance, was still considered an interesting technology.

It should also be considered that the advent of new satellite spying technologies may have contributed to the closure of the military project known as Stargate. Significantly, the CIA kept the project active for more than 20 years, suggesting that there were concrete results. In fact, today, remote viewing continues to be studied and applied in different parts of the world, particularly through theIRVA (International Remote Viewing Association) headquartered in California.

On the Internet, one can find an official explanation of the closure of the Stargate project, based on a review conducted by theAmerican Institutes for Research (AIR) at the request of the CIA. According to the AIR report:

1. The remote viewing results showed superior accuracy to chance, but not consistent enough to be used with confidence in military or intelligence operations.
2. The quality of information gathered was too variable and, in many cases, of little practical use.
3. Most of the useful information provided by practitioners could be explained through other sources or traditional intelligence methods.

Also according to official sources, Ingo Swann, considered to be the subject with the best results, was one of the pioneers of remote viewing and collaborated on the extrasensory perception research project developed in the 1970s and 1980s at the Stanford Research Institute (SRI) . Swann is known to have achieved results described by some as impressive in some experiments, while in others the results were less significant. However, it is difficult to establish a precise success rate for his experiments, as accuracy varied depending on the type of tests, protocols, and evaluation criteria adopted.

In general, proponents of remote viewing attribute above-average results to Swann than would be expected by chance, although the methodology and interpretation of these results remain a matter of scientific debate.

Therefore, if a defined inconstant success rate between 30 percent and 65 percent in remote vision tests is considered impressive, the results I have documented, officially certified by Italian state agencies showing a consistent and verifiable success rate near or above 99 percent I think these figures are more than impressive. This significantly higher and more stable level of reliability provides solid scientific validity that is impossible to dispute. But at the same time it indisputably reinforces that remote viewing, while improvable, is a scientifically validated method.

Skeptical Criticism and Validity of the Method

Giving no room for criticism from ideologically denialist positions, Jessica Utts analyzed Ingo Swann's results objectively, pointing out that his successes in remote viewing tests had higher accuracy rates than could be attributed to chance. In her analysis, Utts found that Swann achieved, on average, success rates around 30 percent, pointing out that these results could not be explained solely by chance, but rather indicated the existence of a genuine phenomenon of extrasensory perception

The success of my research depends on the 4 methods I have devised and the hard work of study and research that will reach the 50-year mark in 2025.

The Four Methodologies of the Armanetti Method described in full in the Main Text.

1. Bioenergen Method

The concept of “healthy mind in a healthy body,” of course, is fundamental. According to my research, harmonic synergies are fundamental but must embrace both biochemical interactions and quantum energy synergies. I study milder synergies for foods but with very in-depth studies for herbal supplements.

2. Quantumenergetics Method

The Quantumenergetica Method integrates a variety of traditional yoga techniques and my original energy exercises. This methodology is based on holistic principles aimed at rebalancing the body's energy and enhancing physical and mental well-being.

3. Quantumesthesia Method

An innovative approach that harnesses the potential of the quantum brain to extract both quantum and deterministic information, depending on the research conducted.

4. Mental Programs Method

An innovative approach to use the human brain as a Bio-computer, integrating the potential of the quantum brain and the deterministic brain.

Maurizio Armanetti's work represents a revolutionary fusion of quantum physics and practical applications, challenging established assumptions about the limits of entanglement. His results not only expand the horizons of quantum mechanics, but also offer innovative resolutions to real problems. By combining rigorous scientific methodology with innovative vision, Armanetti is redefining what is possible in the fields of physics, neuroscience, and modern science in general.