I have always loved truth. Pure truth exposes what was once in the dark. A bright light brought into a dark room eliminates the darkness and reveals what is in the room. Truth is power. The love of truth motivated me to earn my PhD in the discipline of atomic physics. Along the way, I have found that there are things that we know about the foundational nature of nature (atoms, subatomic particles, energy fields, and so forth). After all, I have come to understand that the things we don’t know are vastly greater than the things we know. The things that we don’t know that we don’t know could be infinitely greater than this. The wonder of it all is beyond words.
One of the most important discoveries that I have made is in the field of cellular redox signaling. I identified a composition of reactive oxygen species that plays a major role in the natural healing process. With my training in nanotechnology, I was fortunate to have the knowledge necessary to analyze, stabilize, and mass produce the molecular composition of this cell-signaling compound. The results far exceeded expectations. This liquid composition was shown to be completely safe anywhere in or on the body, wherever it was applied healing was greatly accelerated. I wrote several patents on this technology. This composition contains the same ROS molecules that cells produce to detect tissue damage and signal cell repair. When it touches cells and tissues anywhere in the body, it kills pathogens, reduces inflammation makes tissues heal many times faster, stops bleeding, releases endogenous antioxidants, and normalizes immune function. This redox-signaling technology will certainly spearhead some of the greatest advances in health science we will ever see.
My specialization is in nanotechnology, exploring how small groups of atoms interact and form structures and molecules. What nature looks like on the smallest scale (billionths of a meter) is incredibly fascinating. The applications of nanotechnology in biology make these scenes even more incredible. The human body consists of 50 to 100 trillion cells. There are more than a billion cells in the tip of a finger. Imagine shrinking down to a size where you could dive into one of these cells and observe what is happening inside. Entering the cell, a metropolis of moving molecular machinery would be seen. This machinery is made inside the cell, designed by the coding of the DNA. Thousands of different types of these nanostructures (biological molecules) would be observed, moving around, interacting, self-assembling into structures, breaking apart, and performing the miracles that keep the living cell working. Nature makes nano robots in cells with such amazing complexity that nanotechnologists could not even dream of inventing them. We understand less than 1% of what is happening inside cells. Imagine trillions of coordinated molecules working together needed just to construct a single hair.
These amazing molecular nano robots in the cells are made of atoms that follow the laws of atomic physics. They interact with each other through electromagnetic fields, they conserve momentum and energy, their behavior can be somewhat understood through the laws of quantum mechanics. This is the reason I started to study atomic physics, to understand, at some level, how the nano robots of nature work. Over the years, I have come to realize that, besides the enormous complexity, there are simple concepts that govern how it all works. I could not fathom the whole of it, but I can understand what is necessary to keep cells thriving. In human cells, for example, oxygen, salt water, some 100 types of nutrients, are important as raw materials. This is relatively simple to understand. We also realize that if any of these materials are missing, the cells cannot operate as well. We also realize that the raw materials go into the cell, they are machined into the complex nano robots, and certain molecules come out. A careful balance, called a homeostatic balance, must be maintained so that you have just enough (not more or less) of the raw materials necessary to build the end products and meet the demand. These concepts are easier to understand, they apply to any business that is involved in making products.
The foods we eat, the water we drink, and the air we breathe must contain the raw materials that our cells need. In our societies we grow food, build houses, and form industries, to provide our cells with the things they need. The communities we form act a lot like the communities of cells inside our body, they work together to provide each other with the things they need to keep thriving. The laws that help us build thriving communities are very similar to the laws that cells must follow to build thriving cellular communities inside our tissues and organs. This makes the natural laws of cellular health more understandable. Our body contains the systems that are needed to supply our cells with the things they need. The cardiovascular system is the transportation system, for example, that brings the needed supplies to our cells. The streets are the blood vessels. The nervous system forms part of the communication networks needed to coordinate efforts throughout our huge communities of cells. Your assignment is to list some of the other body systems and compare them to the systems we have set up in our communities (stores, factories, garbage collection, energy generation, etc.)
Everyone should get to know the basics; what I call the 10 natural laws of cellular health.
How much needless suffering could be eliminated by putting into practice a few simple laws of nature? When you understand the research, it becomes obvious that the practice of these natural laws leads to advances in health many times greater than all the advantages modern medical science can provide. Our cells need nutrition more than medication. What would happen if we applied the laws of natural health first, prevented and eliminated better than 80% of major illnesses (according to research), and then used the “traditional” medicine only where it is needed? I often joke that “primary care medicine” (medications and surgery) should really be called “alternative medicine”, something we do after we have tried everything else. The more we can avoid going to the hospital the better. Does this sound like the best approach to you?
Let’s take it a step further. What if you could define what you want your body to look like and feel like? What do you really want to do with your time? What is most valuable to you in life? Do you believe that you could become that best version of yourself? Granted that it does take a little personal thought and effort. Is living your dreams worth it? Do you believe you can?
I know you can. When you get involved with a community of people that care, and discover the truths of life, you can generate the health needed, and might even find the purpose that makes it all worthwhile along the way. This is my wish for all of humanity and the reason I wrote this book. May you find what you are looking for.