WATER ON MARS AND INVESTIGATIONS THROUGH QUANTUM PHYSICS:

The search for underground water on Mars represents a fundamental objective for the future of space colonization. A new biotechnology, based on the quantum qualities of the human brain, promises to successfully tackle this challenge by exploiting quantum entanglement to conduct non-local investigations from Earth.

To achieve significant preliminary results, the focus is on the rare terrestrial thermal waters, which provide an ideal parallel for developing and testing these innovative technologies. Using the search for thermal waters as a testing ground allows the refinement of both scientific tools for Mars surface exploration and quantum biophysical methodologies for non-local, long-distance analyses.

The identification of underground thermal waters in unexplored terrestrial areas, devoid of prior thermal discoveries, represents a crucial testing ground for developing innovative techniques also applicable to the search for underground water on Mars.

These waters, characterized by unique mineral and geothermal properties, are significantly harder to detect than common water. Their search, conducted through quantum entanglement over considerable distances, represents a high-level scientific challenge. This approach, leveraging advanced brain capabilities, not only improves terrestrial detection techniques but also opens new horizons for space exploration.

The search for underground water on Mars would not only facilitate the sustenance of future human colonies but also provide essential clues about the potential presence of past or present life on the planet. The connection between the rare terrestrial thermal waters and the potential Martian water resources demonstrates how terrestrial and planetary science can collaborate to push the boundaries of knowledge, inaugurating a new era of exploration and extraordinary discoveries.

According to current scientific knowledge, quantum entanglement creates an instantaneous correlation between particles, regardless of the distance separating them. However, traditional quantum theory states that it is not possible to transmit classical or deterministic information solely through entanglement, as a classical communication channel is always required to complete data transfer.

The remarkable 99% success rate of the conducted research suggests, however, a new interpretation: the possibility of transmitting accurate scientific data through modes involving deterministic quantum information transfer. This evidence raises questions about the limits of current theories, which generally exclude the use of entanglement for information transmission.

New models could therefore be explored, such as the hypothesis that the "quantum brain" plays an active role in triggering both quantum and deterministic entanglement processes. This might involve structures such as microtubules or other paramagnetic realities, or even hypothesized energies like "subtle energies" of the brain, capable of acting as mediators in these phenomena.

In practice, my consciousness and my body, in an energetic or quantum form, project themselves into the target location, virtually generating my physical presence as if I were actually walking in that place. This phenomenon can be described as a "ghost effect," similar to the "phantom limb" phenomenon observed in medicine, where patients perceive the presence of an amputated limb.

Unlike "remote viewing," with which it might seem similar, my method utilizes a computer to establish quantum entanglement with the target location. This approach enables a precise and reproducible connection, with a success rate close to 99%. This supports the idea of reliable non-local information transmission through both quantum and deterministic phenomena. Applying this methodology to remote viewing could revolutionize and amplify its results.

The discovery and use of this energy, utilized by the quantum brain, which seems omnipresent and capable of overcoming any physical obstacle, allow me to extend consciousness to any chosen location without apparent distance limits.

This particular ability of the brain in quantum mode not only makes it possible, as already described, to locate underground water on Mars, but its potential applications span countless fields of human knowledge. This discovery could prove to be one of the most significant and revolutionary contributions in the entire history of science.

During my THERMAL research for various municipalities, I came across geological studies which, despite lacking adequate scientific tools (which still do not exist) to detect thermal waters, attempted to determine their presence.

On these occasions, I demonstrated not only where thermal waters were present but also where they were not, in locations where geologists had hypothesized their existence, reaching very high drilling depths: 600 meters in the municipality of Villafranca in Lunigiana and 750 meters in the municipality of Valdieri (Cuneo).

Moreover, the data from my predictions on thermal findings enabled me NOT ONLY to locate the thermal waters but also to predict precise parameters such as depth and temperature, which were later scientifically confirmed and supervised by the Polytechnic University of Turin. The university was tasked with this role by the Piedmont Region, which financed and oversaw the thermal research project.

Extraordinary Results and Method Confirmation
The obtained results, with a success rate close to 99%, NOT ONLY in determining the presence of thermal water but also the depth and temperature of thermal aquifers, are undoubtedly remarkable and confirm the reliability of my approach.

My successes have been made possible by the "Armanetti Method," which I have developed over 50 years. This method comprises four main methodologies that will be described in another contribution to scientific research and innovation.