What if, when light has the speed of light, it is in balance. When light eclipses the speed of light, it “moves backward,” precipitating out of solution. When light dips below the speed of light, it “moves forward,” burning up.
When I precipitate out of solution, I am too cold because the background is too hot. When I burn up, I am too hot because the background is too cold.
It is easy to become metabolically trapped. If I am precipitating out of solution—if I am “too cold because it’s too hot”—how can I slow down? I’m already too cold!
If I’m burning up—if I am “too hot because it’s too cold”—how can I speed up? I’m already too hot!
What makes a cancerous cell cancerous? What if it’s that its metronome is off. It’s relationship to the background is inverted. The rest of the body is branching forward in time—”burning up” because the background is too cold—but the cancerous cell is branching backward in time—”freezing,” because the background is too hot. I wonder if the former is under the aegis of vitamin K1, and the latter is under the aegis of vitamin K2.
It is as if we are both achieving the speed of light, but in different ways. While the rest of my body is slowing down to zero and then splitting (fission), the cancerous cell is heating up to zero and then fusing (fusion). When we split into many worlds via fission, we don’t see them. When we create two achiral copies in this world, we do.
The Warburg Effect is a switch from aerobic respiration (with oxygen) to anaerobic respiration (without oxygen). It’s a hallmark of cancer cells. But who says my respiration is anaerobic? Perhaps it looks that way to you, but not to me. Perhaps my size, my oxygen requirement—my holographic scale—is too small. Instead of being “under water,” it’s as if I am “under light.”
But if my scale is off, wouldn’t we perceive it? Not necessarily. What if the image of reality that you see—the image your brain composes—has been scaled to your height?
