The Human Battery

Humans have a battery in every cell in our body. How is our battery made? Sunlight, and water. When infrared (IR) frequencies from the sun hit water, it charge separates protons from electrons creating an exclusion zone that acts as a capacitor or battery. How then is the battery used? Through magnetism, which is a natural physical force that involves a transfer of “excited” electrons from one chemical compound to another. Electrons are excited by photons from sunlight. When an electron in water absorbs photons, it builds momentum, and this generates a current.

What happens to water when you heat it? It shrinks. What happens when you cool it? It expands. Heat is generated when low powered photons cause electrons to vibrate, creating thermal energy. What does chronic exposure to low frequency microwave radiation found in modern technology do? Over time it creates heat, and that heat shrinks the exclusion zone in our cell, and our battery slowly loses its charge. Once this occurs, the cell becomes energy deficient; essentially its battery is low. Once the battery is dead, the cell dies, and our precious stem cells are then used to replace that dead cell. This is a normal process, but it’s not supposed to happen so rapidly as seen today.

Now, how did Mother Nature help us by optimizing our battery at higher latitudes in the cold, with low solar power in winter? By putting DHA into the cell membranes of eukaryotes 600 million years ago. DHA acts as a semiconductor that captures light generating a current that runs through water. The more disconnected we are from the sun, the more DHA we need to capture it, and it just so happens that semiconductors are more conductive in cold.

It should be clear now that the key to disease prevention and longevity is to constantly recharge our batteries. How do we do that? Light, water and magnetism.

1) Absorb the sunlight frequencies to build the exclusion zone/battery
2) Replenish with plenty of clean, pure drinking water
3) Grounding (bareskin contact with the earth) so we can put electrons back into the battery
4) DHA

The more sun we get, the more water but less DHA we require. The less sun we get, the less water but more DHA we require. This is how we thrive in day vs night and summer vs winter. Temperature is a huge factor: cold increases magnetism, so pairs nicely with grounding. Remember, cold increases water density = expands exclusion zone = more charge in your battery. Cold showers, baths or cold air exposure will work wonders to reverse the negative effects of non-native electromagnetic frequencies that shrink your exclusion zone and deplete your battery. DHA is also crucial to absorb more sun in low solar environments to keep your battery charged.

https://www.jackkruse.com/ubiquitination-8-the-mammalian-b…/