Structured Water
In a simple phrase: without water, there would be no life. Within the range of ambient temperature and pressure, water exists in three conventional physical states of matter, plus one: solid (ice), liquid (liquid water), gaseous (water vapor), and semicrystalline (biological/structured water).
Structured water, also known as “The Fourth Phase of Water” or “Exclusion Zone Water” or EZ water, is a type of water that has a distinct structure in the same liquid state. In other words, we can classify liquid water into two types because structured water is still liquid water. So, what makes this water better and different?
Structured Water is More Bioavailable
The key lies in the characteristics of Biological Water
The structured water and biological water in our cells share similar characteristics and properties that are crucial for the proper functioning of our biological systems. Biological water, also known as intracellular water, is the water found inside cells and is vital for maintaining cellular integrity and facilitating biochemical processes. Both structured water and biological water have a more ordered and coherent molecular organization compared to common water.
This similarity in molecular structure allows for better interaction between water molecules and biomolecules in our cells, such as proteins, enzymes, and nucleic acids. The ordered and coherent structure of both waters enhances the water’s ability to act as an efficient solvent, facilitating the absorption and transport of nutrients, as well as the elimination of waste and toxins inside cells.
The resemblance between structured water and biological water also extends to their properties of supercoherence, which is crucial for proper cellular functioning. Supercoherence allows for efficient and rapid communication between biomolecules and cells, resulting in a greater capacity for response and adaptability to changes in the cellular environment and ultimately, better overall organism function.
In summary, both structured water and biological water in our cells share similar characteristics and properties that are fundamental to proper cellular functioning and homeostasis in our bodies. These similarities in their structure and properties make the consumption of structured water potentially beneficial for health and overall well-being.
Structured water is characterized by having a different molecular organization than common water. Instead of constantly moving and disorderly, the molecules of structured water are arranged in a more ordered and coherent matrix. This more ordered structure facilitates better interaction with the body’s cells, resulting in greater efficiency in water and nutrient absorption and utilization.
In addition to Dr. Gerald Pollack’s work, other researchers and scientists have contributed to the study and understanding of structured water. One of them is Professor Konstantin Korotkov, a Russian scientist specializing in physics and biophysics, who has developed a method for measuring and evaluating the energy and quality of structured water.
Professor Korotkov has developed a device known as Gas Discharge Visualization (GDV) or Gas Discharge Visualization, which allows for the measurement and analysis of the energy field surrounding water molecules. Through this method, it has been shown that structured water presents different energetic and quality characteristics than common water. His research has also revealed that structured water can have positive effects on human health and well-being, as well as on the growth and development of plants and animals.
The study of structured water remains a constantly evolving and growing field, with new findings and research expanding our knowledge of the unique properties and benefits of this type of water. As more scientists and scholars join the research on structured water, it is expected that even more applications and benefits for human health and the environment will be discovered.
Water and SPIRO®’s Nanomagnetism
Regarding Water and how it is influenced by the Nanomagnetism of SPIRO (SPIRO is a nanocomposite material that exhibits a natural ordering of the SOI “Spin Orbit Interaction” of electromagnetic radiations), consider the following: As you know, water molecules are polar molecules, which means they have an asymmetric distribution of electric charge. In a water molecule, oxygen is slightly negative and hydrogen atoms are slightly positive.
When an external magnetic field is applied to a set of water molecules, the magnetic moments of the molecules are oriented in the direction of the magnetic field. This is because the magnetic moments of the molecules are influenced by the external magnetic field and tend to align with it.
In the specific case of water molecules, the magnetic moment is due to the unequally distributed electric charge in the molecule, which creates a small magnetic field. When an external magnetic field is applied, water molecules rotate to align their magnetic moment with the external magnetic field, resulting in a small electric current in the water.
In the case of nanomagnetism, we must understand that it is an area of research that focuses on the study of the interaction of magnetic materials at the nanoscale, that is, on the scale of a few nanometers (a nanometer is one billionth of a meter). At this scale, magnetic materials exhibit unique properties that are due to the interaction between the magnetic moments of the atoms that make them up.
In the context of polar molecules, applied nanomagnetism refers to the ability of ultra-weak magnetic fields, generated by magnetic materials at the nanoscale, to interact with polar molecules. Although these magnetic fields are extremely weak compared to the magnetic fields used in magnetic resonance, for example, they are strong enough to influence the orientation of the magnetic moments of polar molecules.
This interaction occurs because the polarity of polar molecules makes them susceptible to interaction with weak magnetic fields, even when these magnetic fields are much weaker than the external magnetic fields used in magnetic resonance. In this way, the ultra-weak magnetic fields generated by magnetic materials at the nanoscale can influence the ordering and coherence of the polar molecules, leading to significant improvements in their properties.
Water and SPIRO®’s Nanomagnetism
Regarding Water and how it is influenced by the Nanomagnetism of SPIRO (SPIRO is a nanocomposite material that exhibits a natural ordering of the SOI “Spin Orbit Interaction” of electromagnetic radiations), consider the following: As you know, water molecules are polar molecules, which means they have an asymmetric distribution of electric charge. In a water molecule, oxygen is slightly negative and hydrogen atoms are slightly positive.
When an external magnetic field is applied to a set of water molecules, the magnetic moments of the molecules are oriented in the direction of the magnetic field. This is because the magnetic moments of the molecules are influenced by the external magnetic field and tend to align with it.
In the specific case of water molecules, the magnetic moment is due to the unequally distributed electric charge in the molecule, which creates a small magnetic field. When an external magnetic field is applied, water molecules rotate to align their magnetic moment with the external magnetic field, resulting in a small electric current in the water.
In the case of nanomagnetism, we must understand that it is an area of research that focuses on the study of the interaction of magnetic materials at the nanoscale, that is, on the scale of a few nanometers (a nanometer is one billionth of a meter). At this scale, magnetic materials exhibit unique properties that are due to the interaction between the magnetic moments of the atoms that make them up.
In the context of polar molecules, applied nanomagnetism refers to the ability of ultra-weak magnetic fields, generated by magnetic materials at the nanoscale, to interact with polar molecules. Although these magnetic fields are extremely weak compared to the magnetic fields used in magnetic resonance, for example, they are strong enough to influence the orientation of the magnetic moments of polar molecules.
This interaction occurs because the polarity of polar molecules makes them susceptible to interaction with weak magnetic fields, even when these magnetic fields are much weaker than the external magnetic fields used in magnetic resonance. In this way, the ultra-weak magnetic fields generated by magnetic materials at the nanoscale can influence the ordering and coherence of the polar molecules, leading to significant improvements in their properties.
Water Structuring
Under the SPIRO® Principle
The process of water structuring using the Spiro system is a non-invasive treatment that harnesses the power of nanomagnetism to reorganize water molecules into a more coherent and orderly structure.
The Spiro Square X, Spiro Disc, Spiro Disc Pro, and Spiro Disc Ultra products are specifically designed to achieve a faster and more significant water structuring response.
To structure water using the Spiro system, simply place a container of water on one of the aforementioned Spiro products or bring the material into proximity with the container. Leave the water in contact with the Spiro product for at least 30 minutes, the ideal time for effective structuring to occur. Although structuring begins to occur just minutes after contact is initiated, greater water structuring will be achieved the longer it remains in contact with the Spiro material.
This non-invasive approach uses the power of Spiro nanomagnetism to induce changes in the molecular structure of water without the need to chemically or physically alter the liquid itself. The result is structured water that offers better bioavailability and potential health and wellness benefits for those who consume it.
Super Coherence of SPIRO® Water and EHS
Additionally, Spiro’s nanomagnetism exerts a super coherence effect on water, which translates into a Spiro protection principle for the liquid. When consuming structured water with this applied principle, it facilitates the progressive recovery of the body’s artificial polarization of spins caused by external magnetic fields and biochemical alterations, as well as electromagnetic sensitivity or EHS (Electromagnetic Hypersensitivity).
SPIRO® water with this protection principle applied is especially beneficial in environments with high electromagnetic pollution, as it acts as an additional barrier against the negative effects of exposure to electromagnetic fields in the body. Thus, consuming structured water using the Spiro system not only improves bioavailability and potential health benefits but also provides additional protection in environments where exposure to electromagnetic pollution is a growing concern.
How does Spiro Structured Water Benefit the Human Body?
1. Better hydration
Structured water more easily penetrates cells, promoting deeper and more effective cellular hydration. This improved hydration leads to better overall health and wellness, as adequate hydration is essential for all bodily functions.
2. Increased energy
Better hydration from structured water helps increase energy levels and reduce fatigue. The unique molecular structure of structured water can support cellular energy production, giving you a natural boost throughout the day.
3. Detoxification
Structured water facilitates the elimination of toxins and cellular waste, promoting a more efficient detoxification process. As a result, your body can cleanse itself better and maintain optimal health.
Improved Nutrient Absorption
The bioavailability of structured water means it can also improve nutrient absorption. With better hydration and cellular function, your body can more effectively absorb and utilize the essential nutrients you consume