ELECTRIC ORGANIZATION
Those of you who dare to read unorthodox materials know that a healthy group of smart people question the existence of viruses, DNA, and even cells. At a recent conference where I was speaking, folks from this persuasion kept after me, not letting me off with "I'm not going to take a position on this."
That non-endorsement wasn't good enough. They wanted commitment to agreement. Yesterday Dr. Sina McCullough and I recorded another of our weekly BEYOND LABELS podcast and I think might have uncovered some helpful reconciliation on this topic.
She's been diving into the biofield and electricity in the body. The first pace makers were developed in 1957. I have a friend whose ticker was a little off; he went in, got some tweaking to his heart rhythm, and suddenly felt 20 percent more energetic and is doing well. Supposedly this will last a long time.
Sina has also uncovered how this electricity organizes light. Numerous studies are looking at running personal devices on the body's energy. We're learning more and more about electrical impulses in the body and the role of light in the cells. Red light therapy is now a recognized thing for many of us.
The no-virus, no-cell, no-DNA crowd routinely cites dynamism as a reason to deny these things exist. In other words, as typically described by the western science orthodoxy, these things should behave like concrete blocks. But they don't.
Looked at another way, how do these elements know what to do when? How do they know where to go and how they need to interact? What chemistry to unleash? What enzymes to access or transport? The sheer unpredictability of physical structures makes some folks dismiss them as nonexistent.
"If cells exist, then why don't they act like a cell?" "If viruses exist, why can't you track them, see them, and watch them act like a virus?" These are legitimate questions and I've listened to these arguments, read the books, and tried to conclude that it's okay to escape my 10th grade biology microscope that certainly seemed to show me cells.
After my biofield education from Sina yesterday, I had a bit of an epiphany. Perhaps both camps--the conventional viruses, DNA, and cells exist, and the unconventional--that they don't; perhaps both camps are right but incomplete on their own. In other words, viruses exist but don't act like anything real. And the fact that they don't act with precision, like something real, doesn't mean they don't exist.
According to Sina's research--and you'd better have your ducks in a row if you argue with her (my co-author of BEYOND LABELS)--electricity is what drives the activity of these physical things. In other words, the body's internal energy flow is what organizes these physical elements.
I'm now freed from having to irritate my no-virus friends with incredulity. At the same time, I can question typical western assumptions about how all these things stack together. Just because a study determines viruses act one way in a certain environment doesn't mean they'll act the same in another environment, or a body, with a different electrical, energy, light function.
Now I can be both irritant and friend to both camps at the same time. The physical blocks are there, but electricity determines their function. And what drives the body's internal energy? Primarily, emotions. Forgiveness, faith, gratitude, mission, patience--these create our internal powerhouse to arrange the physical functionality. Joy and happiness.
Imagine if instead of spending billions looking for vaccines we invested in emotional and spiritual therapy to change our internal energy flow. With bird flu staring at us, how about we figure out how to make chickens happy instead of heavier medicated? How about our young people learn the joy of gardening rather than the disappointment of TikTok? On social media, except for the handful at the top, you're never as smart, beautiful, wealthy, or talented as others. Leave the screen and join the game of life.
On a scale of 1 to 10, 1 being low and 10 being high, where would you rate your emotional powerhouse?