To keep up the phantasm of understanding every little thing, science will usually select to easily ignore phenomena that are too complicated for its current fashions to elucidate. So, regardless of water having a myriad of exceptional properties needed for all times, few are acknowledged by science and the numerous scientists who’ve acknowledged the hidden aspect of water are largely forgotten.
For instance, German naturalist Viktor Schauberger (1885 to 1958)1 found that a lot of what water accomplishes in nature arises from its journey not in a linear method,2 however relatively in fixed spirals and vortices, and created many revolutionary gadgets.
In parallel, a group of Russian physiologists found the center causes blood to journey in spiraling vortices, which drastically will increase blood’s momentum and permits the center to exactly direct the place every kind of blood goes throughout the physique.
Briefly, water is considered a uniform, evenly blended (homogenous) substance that exists to facilitate random mixing of biochemical reactants wanted for all times, regardless of ample knowledge (e.g., the Russian analysis) exhibiting it usually is extremely structured.
Liquid Crystalline Water
Classically, we’re taught water exists in three states: stable, liquid, and fuel. Nevertheless, all through historical past, many researchers have noticed that water (e.g., the “protoplasm” surrounding cells) assumes a gel-like state, behaving like a liquid crystal.
In 2009,3 after noticing that microspheres positioned in water could be repelled by seemingly “empty” surfaces throughout the water Gerald Pollack was finally in a position to clarify how this seemingly unimaginable state of water was rising.4 As soon as a couple of essential elements had been current, water would assemble right into a lattice on that floor, which prevented something from passing by it, thereby creating an “exclusion zone” of water.
For exclusion zone water to kind, it requires a hydrophilic floor, normally negatively charged.5 As soon as this situation is met, and electromagnetic power is current6 (significantly infrared mild, which exists all over the place),7 water will retailer that ambient power by assembling into many layers of offset hexagonal sheets with the formulation H₃O₂ usually reaching 0.1mm in depth (which molecularly, is huge).8
As Pollack describes:
“This mannequin yields a steady construction that sticks collectively naturally. This mannequin yields predictable mechanical habits: semisolid when left alone, but in a position to movement in response to an imposed shear power. Its habits ought to resemble gelatinous egg white.”
As a consequence of this lattice form, every aircraft can simply slide previous adjoining layers, permitting electrons to journey by the lattice with ease (leading to conductivity roughly 100,000 instances that of surrounding unstructured water).9
Since this construction is “lacking” protons (it’s H₁.₅O relatively than H₂O), these protons go instantly outdoors the exclusion zone (EZ). Subsequently, a negatively charged area exists throughout the EZ, whereas a positively charged area (which is acidic as a consequence of protons current) exists outdoors it. This, in flip, has been corroborated by quite a few researchers who’ve each demonstrated a persistent pH change there and efficiently harnessed its cost separation to energy small electronics.10
Because the negatively charged area exists within the crystalline construction, it prevents most substances and ions from current inside it. This separating high quality has many makes use of together with economical water purification and permitting cells to create the sodium potassium gradient which is critical for all times however far past what membrane pumps alone may accomplish (i.e., cells will proceed to pay attention potassium after their membrane pumps are disabled).
Likewise, the EZ has elevated viscosity, slowing substance diffusion, and could be instantly noticed by resonance imaging applied sciences detecting molecular restrictions (e.g., NMR11 and MRI12).
Word: Liquid crystalline water absorbs ultraviolet mild (270 nm wavelength), radiates much less infrared radiation than surrounding water, and has roughly 10% higher refractive index than bulk water. By every metric, EZ water has the next density than regular water. It contains the best water share at 4 levels Celsius — the identical temperature Viktor Schauberger recognized as offering water’s biggest density.
This type of water is throughout us in nature. For instance, it kinds the floor layer of water we usually affiliate with “floor rigidity” which is powerful sufficient for water striders13 and sure lizards14 to face upon. That layer, in flip, usually behaves like a big linked sheet (finest seen by observing massive our bodies of water from above) and when rigorously examined, is definitely a fancy lattice that weaves by the physique of water.
Word: Pollack has additionally made a powerful case that liquid crystalline water facilitates totally different part modifications (e.g., freezing, water boiling, or water vapor changing into clouds).15
Mobile Structural Integrity
Usually, cells are regarded as liquid luggage whose contents are dictated by membrane lipids and proteins and held collectively by a cytoskeleton. Nevertheless, liquid crystalline water (which kinds alongside the cell membrane and the constructions inside cells) performs an equally pivotal structural function because it:
• Creates the gel-like stability of cells and tissue (which prevents them from all of a sudden leaking and spilling out as soon as a puncture happens).
• Creates a (frequently regenerating) protecting barrier which prevents issues from getting into the cells (and likewise protects the liner of blood vessels from being broken by what flows previous them or the load-bearing pivot level inside joints from carrying down).
• Lubricates many surfaces, permitting them to slip previous one another (e.g., the tendons and fascia are lined with a layer of this water). Conversely, because it disappears, tissues begin to stick collectively (creating problematic adhesions), arthritis onsets, and the blood vessels change into susceptible to damage and atherosclerosis begins.
Word: This lubrication can be noticed outdoors the physique (e.g., ice skating is feasible as a result of a layer of liquid crystalline water kinds between the water and ice).
• Creates non-compressible pockets all through the physique, that are important for biomechanics (e.g., joints have a layer of liquid crystalline water within the middle which bears the power and weight of matching with out changing into broken or resisting the movement).
• These non-compressible constructions enable the physique to make the most of a tensegrity based mostly construction the place elastic traces of tissue rigidity all through the physique can enable any power to be equally distributed all through the physique, each defending any single space from buckling if uncovered to extreme power and permitting free movement all through the construction (relatively than being like a typical constructing with a largely static one which depends on a single static core).
Whereas many of those ideas initially seem fairly summary, one French hand surgeon discovered a technique to visualize them by magnifying pictures obtained throughout surgical procedure:
Word: The liquid crystalline water mannequin has been embraced by bodyworkers because it places into phrases what they observe throughout the physique.
Mysteries of Microcirculation
All the above raises many questions, one among which is how the 4th part of water features contained in the physique? I’ll current a number of the findings beneath.
A constant sample emerges when inspecting every circulatory pathway within the physique. Tiny areas with no extrinsic power driving their movement concurrently require common motion by them, and with out that movement, life can not operate.
Word: In lots of instances, the blood vessels by which pink blood cells journey are smaller than the pink blood cell, requiring the blood cell to deform to suit — one thing which couldn’t happen with out substantial power pushing the blood cell ahead.
Because the hydrostatic pumping power of the center is essentially absent on the capillary mattress, many have questioned if an alternate driver of circulation exists. For instance, spontaneous circulation could be noticed in a growing embryo earlier than coronary heart improvement,16 whereas movement and pressures noticed all through the physique are steadily inconsistent with heart-generated stress being the driving power behind blood circulation.17
After I’ve thought this query over at size, it doesn’t appear reasonable that the center may present sufficient power to maneuver the pink blood cells by each capillary within the physique. What then might be inflicting the fluids contained in the physique to maneuver?
Proton Induced Movement
Pollack and his group occurred upon an opportunity discovery of their laboratory,18 which supplied a solution to the mysteries of circulation:
“Fluid generally flows in response to an exterior stress gradient. Nevertheless, when a tunnel-containing hydrogel [which contains liquid crystalline water] is immersed in water, spontaneous movement happens by the tunnel with none stress gradient. We confirmed this movement in a variety of plant- and animal-derived hydrogels.”
As acknowledged above, liquid crystalline water requires ambient infrared power and a polar floor to kind. A curious phenomenon happens when that floor traces the within of a tube — the liquid crystalline water lining the tube causes water to movement spontaneously by it.
“EZs [regions of liquid crystalline water] had been studied beforehand by immersing sections of tubes fabricated from strongly hydrophilic materials, Nafion, in aqueous microsphere suspensions. A microsphere-free EZ developed adjoining to the tube floor.
Within the central core of the tube, motion of microspheres demonstrated a movement, constantly sustaining itself at a velocity of ~10 μm/s within the axial route … However, movement was not noticed in tubes constructed of hydrophobic supplies equivalent to Teflon, which don’t generate EZs.”
Since liquid crystalline water’s formation requires ambient radiant power, its presence influences noticed movement:
“We discovered that elevated infrared power considerably elevated the movement velocity … software of ultraviolet-containing white mild may increase movement velocity by as much as 500%. Thus, the self-driven movement mechanism can convert radiant power into kinetic power.”
Pollack theorized this movement was generated by mutual repulsion between positively charged protons expelled as water (H₂O) transitions to liquid crystalline (H₃O₂) water. A number of observations assist this speculation. First, protons are frequently added to water passing by:
“We discovered that the exiting water had a decrease pH worth than the getting into water; the pH distinction exceeded one unit and by no means diminished — even after half-hour of steady movement.”
Second, movement was biggest in slim tubes:
“One other prediction of the proton-gradient speculation is that the movement must be quicker in narrower tunnels … a narrower tunnel ought to result in the next proton focus within the core … which ought to result in quicker movement within the narrower tunnels.”
Word: Slim blood vessels are essentially the most susceptible to their blood movement being disrupted by an impaired zeta potential, and therefore the place the preliminary refined indicators of sickness usually seem.
Third, movement route was all the time from the narrower finish to the broader finish:
“A typical characteristic shared among the many varied flows was the route — all the time towards the area with a bigger cross-section or quantity.”
Every fluid conduit within the physique is lined with a cloth acknowledged to create liquid crystalline water. For instance, all blood vessels are lined with a protecting glycocalyx, which remarkably well-suited for creating liquid crystalline water on its floor.
Likewise, liquid crystalline water producing biomolecules divide cells into compartments and concurrently, by lining the gaps with liquid crystalline water, create a primitive circulatory system, facilitating the change of metabolites essential to maintain life. The organic movement of fluids impartial of a central pump has additionally been explored in animals:
“Blood can apparently movement with out a beating coronary heart. After the center had been arrested, postmortem blood movement was confirmed in mice, rats, canine, and chick embryos. The movement persevered from quarter-hour to a number of hours. Moreover, some amphibian larvae may reside as much as 15 days following surgical removing of the center, implying another means for propelling blood.”
Briefly, the human vascular system is structured in order that expelled protons can drive circulation, one thing that hydrostatic pumping alone will not be enough to do.
Word: Different organisms additionally make the most of this mechanism. Vegetation require important inner water transportation, however they haven’t any pumping organs. Within the lab, Pollack demonstrated that the xylem creates liquid crystalline water19 and that this movement permits water to beat gravity’s resistance and climb up tubes.20
Colloidal Stability
When a substance is blended into water, it might probably fail to combine, dissolve, or kind a colloidal suspension. When repelling forces overcome enticing forces, particles change into suspended and a colloid kinds. The habits of chia seeds in water illustrates this idea:
Within the above picture, a hydrophilic gel (composed of a considerable amount of liquid crystalline water) kinds round every seed, making a barrier that stops seeds from coming collectively and separating by gravity. Nevertheless, when this gel does not kind sufficiently, gravity separates the seeds from the water.
Chia seeds therefore, present probably the greatest methods to watch liquid crystalline water instantly and to conceptually perceive colloidal stability (as one thing just like this additionally happens with particles a lot smaller than chia seeds).
Most organic methods, in flip, are colloidal suspensions that rely upon mutual adverse prices (or varied kinds of minute obstacles) to stay dispersed. In well being, the disperse forces outweigh the enticing ones, however as soon as this reverses (e.g., as a consequence of a vaccine or extreme an infection), fluids will start to clump collectively, impairing the microcirculation, eliminating metabolic waste merchandise, and as soon as extreme sufficient, give rise to small or massive strokes.
Word: The guts additionally struggles to pump thickened blood, and lots of have noticed restoring the physiologic zeta potential treats arrhythmias (e.g., atrial fibrillation).
In flip, a significant downside with vaccinations (as a consequence of their aluminum content material) and COVID-19, together with its vaccines (as a consequence of their spike proteins) is that each of those carry a really excessive optimistic cost density which overpowers the negatively charged dispersive forces throughout the physique. As such, many childhood vaccine accidents could be traced to aluminum induced microstrokes and likewise, one of many major points with the COVID vaccines is the clots they create all through the physique.
Word: As soon as you know the way to search for them, you’ll be able to usually discover indicators of a microstroke in COVID-19 vaccine recipients.
Liquid Crystalline Water and Zeta Potential
Zeta potential quantifies the adverse cost sustaining colloidal stability, and since unobstructed microcirculation is so important to well being, a key a part of my medical apply revolves round methods to revive the physiologic zeta potential (mentioned additional right here). Due to this, I’m all the time how the elements in a affected person’s life affect their zeta potential, and as a consequence of their many overlaps, have extensively explored the connection between liquid crystalline water and zeta potential.
For instance, nearly all colloidal methods in nature depend on mutual adverse prices for dispersion, relatively than mutual optimistic prices, which may additionally create the identical impact. I now imagine this is because of liquid crystalline water making a negatively charged (H₃O₂-) coating round polar particles in water, therefore necessitating one other adverse cost to create repulsion.
Likewise, lots of the identical elements that enhance one (e.g., alkalinity) additionally enhance the opposite. As such, I imagine many elements attributed to enhancing one could, the truth is, improve the opposite (e.g., one thing that will increase the quantity of negatively charged liquid crystalline water round a particle will even enhance its adverse cost and colloidal dispersion, therefore additionally rising the zeta potential).
Equally, a disruption in a single can usually have an effect on the opposite (e.g., within the smallest vessels, a lack of zeta potential which causes blood cells to clump collectively can impede the vessel and negate the blood movement generated from liquid crystalline water).
Section Modifications
Colloidal options can exist both as a thickened “gel” (with important quantities of liquid crystalline water) or a totally fluid colloidal resolution (a “sol”). A key innovation Gerald Pollack made is that, by releasing particular ions, the physique can quickly cycle between having its colloids in a “sol” or “gel” state, creating one other means the physique can harvest the power gathered by liquid crystalline water.
For instance, in Pollack’s mannequin, muscle mass produce liquid crystalline water that stretches their proteins. To contract, calcium (a zeta potential collapsing ion), is launched and quickly breaks aside the liquid crystalline water throughout the muscle protein, inflicting the stretched muscle fiber to quickly shorten (as nothing stays to push it open). Conversely, ATP (which restores zeta potential) is used to rebuild that liquid crystalline water and “chill out” the muscle by stretching it again to its resting state.
Likewise, many different mobile processes additionally depend on this part shift equivalent to nerve cells firing (supported by the truth that native anesthetics remove the liquid crystalline water of their neighborhood) and the speedy expulsion and enlargement of vesicles by cells (all of which is mentioned additional right here).
Word: We steadily discover native anesthetics are very helpful for dispersing pockets of “clumped fluid” throughout the physique, and, because of the trauma launch that always follows, we now suspect these fluid agglomerations (e.g., throughout the fascia) are a means the physique shops trauma.
Conclusion
America’s scientific equipment has the capability to provide extraordinary improvements for humanity, however as impartial scientists like Pollack have proven, that pioneering spirit has been changed with a drive to safe future funding and preserve the established order:
“Till the trendy period, scientists centered on in search of foundational mechanisms. They tried to know how the world works … The pursuit of simplicity appears to have largely evaporated from the scientific scene. In 4 a long time of doing science, I’ve seen this noble tradition yield to at least one much less audacious and extra pragmatic.
The chutzpah has vanished. Scientists content material themselves with short-term features in narrowly centered areas relatively than in search of elementary truths which will clarify broad areas of nature.
Water occupies a spot central to so many pure processes that few folks can conceive that the fundamentals may stay open to query … A 3rd motive for the sluggish emergence of such elementary ideas plagues all of science: mental timidity.
Counting on acquired knowledge feels safer than coping with the uncertainties of revolutionary disruption … A fourth motive is outright worry. Difficult acquired knowledge means stepping on the toes of scientists who’ve constructed careers on that knowledge.”
Making America Wholesome Once more, thus is way more than only a query of eliminating a couple of dangerous toxins from our surroundings. Moderately, it’s a query of revisiting how the science our selections revolve round is performed to start with.
For that motive, a significant push from the MAHA management has been to reform how analysis is performed in order that discoveries that may rework science are incentivized and longstanding dogmas (e.g., the need of fluoride or vaccines) could be challenged relatively than censored from each platform.
As such, RFK Jr. and NIH director Jay Bhattacharya have begun enacting a sequence of significant and lengthy overdue insurance policies to facilitate it. I imagine it’s essential that we assist this endeavor, significantly since it is just by a brand new type of science that our society can start to present a severe take a look at The Forgotten Sides of Drugs, which might enable us to appreciate the well being every of us has been looking for.
Of those, I imagine the forgotten aspect of water to be significantly essential, as past it explaining many mysteries inside physiology, the lack of the physique’s liquid crystalline water and zeta potential (and the accompanying tissue dehydration) is among the key degenerative processes that underlie growing older.
Writer’s Word: That is an abridged model of an extended article which fits into higher element on methods to enhance liquid crystalline water and zeta potential throughout the physique (which could be learn right here), an article on how the zeta potential idea underlies a variety of ailments (which could be learn right here) and a 5 half sequence on liquid crystalline water (which could be learn right here, right here, right here, right here and right here).
A Word from Dr. Mercola In regards to the Writer
A Midwestern Physician (AMD) is a board-certified doctor from the Midwest and a longtime reader of Mercola.com. I respect AMD’s distinctive perception on a variety of matters and am grateful to share it. I additionally respect AMD’s want to stay nameless since AMD remains to be on the entrance traces treating sufferers. To seek out extra of AMD’s work, you should definitely try The Forgotten Aspect of Drugs on Substack.
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Which three chemical substances are among the many high consuming water contaminants within the U.S.?
