THE SUPERUNIFICATION SCALE
It turns out that modern theorists are faced with a similar problem. In order to construct a unified theory, it must be formulated on the smallest scale of space and time in the universe that is empirically relevant.
This is called the scale of superunification—the scale where all the laws of nature become superunified.The problem is that this scale cannot be observed empirically, even in principle; it can only be estimated on the basis of logical inference. The general consensus is that the unification scale corresponds to the Planck scale, which is now considered the most important scale in all of physics. It was derived originally at the turn of the twentieth century by a German physicist named Max Planck, who used dimensional analysis of what are arguably the three most important constants in physics:
1. Newton’s constant, which governs the strength of gravitational force
2. Planck’s constant, which governs the quantifying of all force and matter fields
3. The constant speed of light, which governs the speed of all quantum waves
Planck found that these three constants could be arranged algebraically to define a fundamental distance, time, and mass scale. The problem is that the Planck scale represents an incredibly small time and distance scale that lies far beyond the reach of empirical observation. Due to its nonempirical nature, for many years it was viewed as nothing more than a figment of Planck’s imagination—a purely hypothetical scale derived from the units of the fundamental constants. Few theorists took it very seriously.
As they began to search for a unified theory, however, the importance of the Planck scale became more widely recognized. It is now considered the most important scale in physics; any new, unified theory must be formulated to it. More specifically, it represents the scale by which all the fields of force and matter are predicted to assume the form of a single unified field, which represents the source of creation. It follows that the Planck scale may be viewed as the characteristic scale of the Creator below.
In other words, it represents the microscopic limit of creation. The ancient science of the gods predicts that the microscopic limit of creation corresponds to the characteristic scale of the thirty-third layer below the half measure. The system of matched pairs provides an estimate of this scale as of 2 ? 10-33 centimeters. By comparison, the Planck length is predicted to be 1.616 ? 10-33 centimeters. The two predictions, derived on the basis of very different theoretical paradigms, agree to within a factor of 1.This is our first real indication that the ancient system of matched pairs might be genuinely scientific. At this point, however, the jury is still out. One numerical correspondence, taken by itself, does not make a scientific theory. Further, there is still a problem regarding the predicted macroscopic limit, which is estimated to be 2 ? 1032 centimeters—a distance that spans hundreds of trillions of light-years. This is much larger than any cosmological scale conceived in modern theory. As a result, there is no theoretical support in modern science for upper scale, which the ancients conceived as the station of the Creator above.
In order to evaluate fully the scientific validity of the ancient theory, we still have a great deal of work to do. Approaching the problem in a systematic manner, we can start from the beginning—from the scale of the half measure—and examine the most important matched pairs in the spectrum as outlined by the ancient science of the gods. To do this, we must consider the various wisdoms regarding the gods.