Understanding the function of the heart and blood flow is crucial today since heart disease is the leading global killer.
This perspective I’m about to share here is one that few have considered.
Next to no medical professionals are aware of it.
Firstly, there are some serious problems with the idea that the heart is a pump.
Looking at the heart as a pressure propulsion pump that forcefully pumps blood is outdated. It’s been shown to be an inefficient pressure propulsion pump.
The efficiency of heart muscle cells based on the energy expenditure from the cells and the amount of blood it supposedly “pumps” shows the heart to only be 15-30% efficient. This doesn’t make any sense from an evolutionary perspective if you assume the heart’s job is to pump the blood.
Considering this foundation, I want you to focus on hemodynamics at the moment which is just the dynamics of blood flow.
Half of your blood is plasma.
Nearly half of that plasma is water.
This gets interesting when you study water in its fourth phase (structured water). The work of Dr. Gerald Pollack clarifies the meaning of ‘structured’ water with his findings in regards to the exclusion zone that occurs next to hydrophilic surfaces in biological systems.
This fourth phase of water, what we’ll refer to as EZ water, can hold onto energy. The ability of it to do this relies on the water being supplied enough energy and it being next to the right surface.
Dr. Pollack and his team found that when you put water next to a hydrophilic (water loving) surface and it’s given an energy source (like radiant energy from infrared light), it undergoes an awesome transformation.
The H2O water molecules split into two molecules: A molecule comprised of one oxygen and one hydrogen and a molecule of hydrogen alone.
The molecule of oxygen/hydrogen goes next to the hydrophilic surface and combines with other oxygen/hydrogen molecules to then build layers of gel-like water. These layers then stack up tightly next to the hydrophilic surface and form a zone of EZ water.
Since the oxygen in the oxygen/hydrogen is larger and has a negative charge, the collective gel-like layers become net negatively charged. The leftover hydrogens are pushed to an area next to the formed EZ water.
How is this relevant to the heart?
Pollack says, “we also saw exclusion zones next to natural biological surfaces; they included vascular endothelia, regions of plant roots, and muscle.”
This means EZ water can form around the entire lining of blood vessels.
A hydrophilic surface (blood vessel) with EZ water lining it with the excess hydrogens in the middle of the vessel. The more build-up of EZ water, the more hydrogens end up in the center of the vessel.
Pollack found this situation can create FLOW of the water WITHOUT any other force acting upon it.
“EZ’s bear charge, which means they carry electrical potential energy. Since nature rarely discards available potential energy, EZ charge may be used to drive diverse cellular processes ranging from chemical reactions all the way to fluid flows.”
He saw this for himself. Any time he put a tube made of hydrophilic material into a tub of water that had energy in the form of radiant light applied to it, the water would flow through the tube on it’s own.
Such spontaneous flow occurs within the cardiovascular system.
The heart alone doesn’t propel flow.
Vessels do as well.
Here’s the question though: “How fast is this fluid flow?” Pollack discusses how the charges can create an energy gradient that results in very quick flow.
He says, “the electrical conductivity measured parallel to surfaces that ordinarily nucleate EZ’s is 100,000 times higher than the conductivity measured through bulk water.”
Pollack also found this flow could persist indefinitely if the protons and water were continually replenished.
“Sustained water flow occurs inevitably in almost any scenario involving EZ’s and radiant energy.”
This is one reason why I push sunbathing hard. Infrared light has been shown to increase blood flow tremendously It also directly heals the lining of arteries.
In the 1960’s, a scientist (Leon Manteuffel-Szoege) showed, using dogs, that after a dog died and the heart stopped.. Blood continued to flow for up to 2 hours with no beating of the heart.
If the heart as a pressure propulsion pump doesn’t make sense and the body can move blood without it, then how does the heart work?
It operates more like a hydraulic ram.
A hydraulic ram is flow activated (fluid is already flowing into it propelled by some other force) and has no motor. This makes sense considering:
A) The blood has its own flow
B) The heart is a poor force producing organ
The Austrian philosopher Rudolf Steiner said that the heart functions as a damming up organ, and that it interrupts the flow of the blood. He was correct. Without the brake of blood flow regulation from the heart, intense demand during exercise would cause excessive blood to rush to arteries and tissues, risking collapse on the venous side and system failure.
Soccer players have been studied to have larger heart muscles, not for pumping more blood during training, but because their hearts are more efficient at stopping blood.
Ventricular contractions help guide blood flow through the heart chambers during interruptions, preventing excessive slowdown. But, these contractions alone can't generate enough force to pump blood throughout the entire body.
Now, here’s where it gets juicy.
The contracting ventricles of the heart have another crucial role. Look at the orientation of the heart muscles and how they contract, they do so in a spiraling motion.
This was first discovered in 1864. It causes the blood to be vortexed when the ventricles contract. The blood is also vortexed when it comes into the right atrium and any time it goes through a valve.
Leonardo Da Vinci was the first to note the spiraling of blood as it moved through the heart as his illustration below (2nd picture) shows. Just goes to illustrate how ahead of his time Da Vinci was.
Vortexed blood is critical for health, and it’s exactly what Mother Nature uses through implosion energy to create high-quality spring water.
Dr. Pollack found you can energize water by vortexing it in the presence of oxygen. The body's design directs blood from the heart (vortexing) to the lungs (oxygenation) and then back to the heart (vortexing).
Remember, Mother Nature doesn’t make mistakes.
Your heart energizes the water in your blood through the vortex. It does this to build EZ water in the blood vessels and maintain flow. From this perspective, the heart is responsible for the movement of blood, just not in the traditional pump sense.
“Vortices, whether in tubes, aquatic motion, or nature, seem to transport fluid more efficiently than in a straight jet by providing a compact hydrodynamic channel. Vortices help multidirectional streams of blood merge without collision and energy loss.”
Researchers imaged the impact of a ring-shaped vortex within the human heart for the first time in 2016 which is pictured below.
To maintain healthy hemodynamics in your cardiovascular system:
Maximize sunlight exposure (build melanin and solar callus, get AM light on skin, everything I preach)
Earth as much as possible
Get more infrared light from the sun and infrared saunas
Through these action steps, the water in your blood will remain energized enough to maintain EZ water which:
A) Protects the arteries
B) Drives blood flow
This is crucial for anybody who’s interested in avoiding any chronic heart issues and premature death. I’m particularly interested in this because my father died of heart disease when I was 18, so this strikes close to home.
Much love,
Zaid
Love this! Can’t speak enough on how important Pollack’s book is. And it’s written on an elementary level anyone can comprehend.
That’s a revolutionary look at how the heart functions. You’d assume that this would be common knowledge by now, but thank you for informing the clueless like myself!