What differentiates the NES scanning method?

In studying the process of what we call "matching" over the years, we have surmised that Nature generally prefers the "best possible answer," not a single definitive answer, from the many options that are possible. This process is different from the statistical probability that rules the quantum world. It also is not about chance or randomness. Matching is about emergence, ordering, pattern-forming. But, most importantly, we have found that any answer you get is only as good as the question you pose.

What sets NES apart is that we have discovered not only what to test for (what questions to ask of the body-field, if you will) but also that there is a preferred order to how the body-field should be analyzed, which matters in getting accurate information about the body-field. What is more, Peter Fraser's years of working on body-field theory has shown that there is also a preferred order to correcting distortions in the body-field. You can think of the body-field structure as like a map. When the map is scrunched up, you cannot read it properly. But when you smooth it out, you can understand it. Still, if you don't know how to read the map-if it is not read in the right order-you misunderstand the directions or misinterpret information. Peter Fraser has spent years working out the techniques to be able to discover the preferred order of the body-field and for correcting distortions, and together he and Harry Massey discovered how to apply that information to a computer-based clinical system. No other system or theory, as far as we know, follows this preferred sequence in either testing or correcting the body-field. That's why we believe that ProVision excels both from a clinical application standpoint and in terms of the accuracy of its scan results.