When our core metabolic rate is faster than the speed of light, it will register as too much acid in the body. As a result, the body’s demand for alkalinity will spike (allowing us to maintain pH7). This results in a pH paradox. When we are too fast, we are simultaneously too alkaline.
When our core metabolic rate is slower than the speed of light, it will generate too little acid in the body. As a result, the body’s demand for alkalinity will plummet (allowing us to maintain pH7). This, too, results in a pH paradox. When we are too slow, we are simultaneously too acidic.
pH7 merely indicates there’s an equal amount of acid and alkali in the body; it does not indicate the correct amount. The amount of acid and alkali in the body has implications for the amount of hydrogen (H+) and hydroxide (OH-) ions, respectively.
In other words, pH7 need not be neutral. It can be a plus and a minus that are in effect canceling each other out. pH7 just means there’s an equal amount of positive and negative ions in the body; not the right amount. If there are too many of both, perhaps our holographic volume is too large.
Our pH may be capable of compensating for i.e. “correcting” a basal metabolic rate that is too fast or too slow, thus keeping us alive at pH7. But in so doing, it masks the underlying derangement. We can be faster or slower than the speed of light—so long as we are also more alkaline or more acidic at the same time.
Parting the Veil on pH7 and Metabolism
