INTRINSIC DATA

Every unique atom, molecule, organism and tissue of that organism, has its own equally unique resonant signature or Intrinsic Data Field (IDF). That IDF can be sampled from the actual organism or material, archived in an electronic database and encoded onto blank carrier media. The IDF is also functionally speaking a fingerprint, since it is possible to demonstrate a resonance response to this encoded signature through the meridian within an Electroacupuncture According to Voll (EAV) circuit.

We know, that when a patient comes into contact with the countersignature of the pathogen or toxin creating meridian imbalance, it elicits a meridian clearing and rebalancing response. In the past this was accomplished through consumption of prepared remedies. The natural evolution of this way of working was to find a method that standardized this process and relayed the intrinsic data signature as information alone to the system directly, sidestepping the need for material consumption.

By including the pertinent intrinsic data consistent in more than 90% of thousands of cases within a given protocol formula, we also managed to create protocols that do not require individual testing. We know, after working with digitally encoded remedies for many years, that it is the information alone that is required by the system. It is the quality and specificity of the signature data that is the critical element.

INTRINSIC FIELD MEDIA

BioField Data Inc. has designed Intrinsic Field Media Protocols, evolving ten-stage field formulas delivered in non-consumable ampule form. These protocols are composed of signature data that is intended to support restoration of proper meridian flow and balance, while upgrading specific information for improved new signature recognition response.

To reproduce intrinsic data in the highest fidelity rendition, we start with near silent media. While no starting media is utterly silent, we have found that water of exceptional purity and tight structure provides an ideal carrier.

More than three thousand meters below the North Atlantic Ocean our process begins. There, the water’s extreme purity along with its tightly clustered structure from extreme pressure, creates an ideal carrier media that has been found to retain digitally encoded impression far longer than traditional saline solution.

For the last number of years, we have focused on tracking and sampling emerging pathogen signature, while developing standardized formulations and sequencing of the acquired countersignature. Signature capture has been performed on closed chamber hardware via a stable carrier wave, known to provide the highest quality rendition.