Cell Health is Based on Charges
The health of the human body occurs at the cellular level. Your entire body is made of cells, including every one of your organs. It is an illusion that diseases manifest in larger discrete areas of the body. They manifest from issues in the building blocks of your body — your cells.
While cellular health is the root of overall health, there are other factors at play on a larger scale in the body that enable cellular health throughout the body. This occurs through absorption and movement of charges, signals, and information. First, we need to understand the context of our cells.
Everything is Based on Charges
The human body runs on charges, and this is especially true of our cells. Some critical processes you may be familiar with that are based on charges include:
- DNA expression (protein folding)
- Communication (nervous system and collagen networks)
- Energy and environment sensing (mitochondrial function)
- Sleep and hormones (circadian rhythm)
- Chemistry (bonds between atoms)
As a core example, the foundations of chemistry are covalent and ionic atomic bonds, where charges interact and hold all matter that exists together. If biology is based on chemistry, chemistry is based on charges, and charges are governed by the laws of physics (specifically quantum mechanics), we can come to a profound conclusion — biology is ruled by physics.
This blog is a combination of the latest research in both biology and physics, simplified. A new field is emerging called biophysics that combines these two areas of science. We are beginning to understand our bodies as not just a bunch of biological and chemical reactions. At a deeper level than biology and chemistry, we are controlled by physics. The sciences of both biology and chemistry are useless without the physics that underpins each.
For some reason, we have separated all of them, just as we have separated all the organs and systems in our body into doctors with different specialties. However, everything in our body works together as a whole — we are not full of discrete and separate systems. When we explore the basics of combining physics with biology and chemistry here, you will discover what we have been missing in our understanding of human health and disease.
You may be surprised to hear that our studies of biology up until now have all been based on looking at individual components in a vacuum. Yes, we actually have not spent much time looking at anything within context.
When we study cells, we take all the water out to see what’s happening. We also study singular cells at a time versus looking at a whole group. It is difficult to study cells using our current tools without doing this, but it completely invalidates our research.
Why? Cells require water to perform almost all of their functions. Their interactions with each other are key to understanding the most important mechanisms. Without studying them within the proper context of a living system, we cannot come to any useful conclusions.
All of this research is wasted time.
As you will see in the coming posts, cells use the empty space and the water that occupies it to facilitate almost all communication, signaling, healing, and information storage within the cell. This all happens with light.
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