At the beginning of his research, Peter Fraser used an apparatus that was similar to an electrodermal screening device. Fraser first encountered these types of devices about thirty years ago. They work by detecting slight changes in the conductivity of the skin in the presence of light and a weak electromagnetic field. An "effect" is said to occur if there is a movement of more than 15 units (on a scale of 1-100) in the skin conductivity when a structurally imprinted ampoule is put in the circuit.

There has been much speculation over how electrodermal screening devices work. They are poorly understood and often confused with being purely electronic devices. (Conventional scientists tend to reject them all together.) Fraser came to a different, almost heretical conclusion: if a machine utilizes the electron, then it should work whenever electricity is supplied. There should be no other parameter for its use. However, in a fortuitous experimental mishap, Fraser discovered that no effects could be seen when these machines were used in the dark even if they were supplied with electricity! Fraser followed the logic (light means photons; darkness means few or no photons) and determined that the device he was using must somehow be relying upon photon exchange, rather than on the flow of electrons. This led him to use the term "Photon-Induced Superconductivity" (PIS) in relation to the observed effects of certain of these machines.

The Photon-Induced Superconductivity Effect 

The PIS effect is an important part of Fraser's evidence for the body-field. He can measure this effect both with his basic experimental set-up and with the new software technique used in the NES Professional. With the early set-up, he showed that he could detect whether a solution A was structurally(energetically) imprinted or not by measuring changes in skin conductivity when solution A was placed next to an imprinted solution that was known to be A. Fraser calls this a "matching" technique. He had shown that when two identically imprinted solutions are in close proximity in the presence of photons (in the case of the early experimental apparatus used in daylight) and a weak electromagnetic field, a super-conductive effect is induced in the body. This effect could then be measured by the changes in the conductivity of the skin. If the substances were not an identical match, no PIS effect was detected. Therefore, if a single structurally imprinted solution representing a part of the body-field was placed close to the body, a PIS effect would be detected, as two identical entities are "matched."

This matching technique works because of quantum entanglement and can be compared to Cooper Pairs of electrons in superconducting metals or the experiments involving entangled photon transfer. The Nobel Prize-winning BCS theory of superconductors states that in a superconducting metal, pairs of electrons are coupled over distance due to interactions with the crystal lattice that they are traveling through.

Fraser's matching experiments verified that when two identical samples of solutions, structures or anything else are placed together in the presence of photons and a weak electrostatic field, the subatomic particles present in the samples are able to interact and influence the body-field. Following on from this revelation, Fraser has shown that when an effect is observed with a structurally imprinted solution in a circuit with an electrodermal screening device, the interaction between the structurally imprinted solution and the body-field is not purely electronic. Rather, there is a quantum interaction between the imprinted solution and the human body-field. Fraser continued his tests, eventually showing that structurally imprinted solutions and the magnetic vectors that can be reproducibly derived from them have nothing to do with frequencies. Hence, unlike most biotechnologies, NES is not concerned with testing for or determining frequencies. The NES imprinting process transfers purely magnetic vector information, which "tells" the subatomic particles which way to go in the QED field and, hence, enables subatomic particles to interact with the body-field in certain ways. You can think of magnetic vectors as subatomic directional arrows or signposts in the body.

The Need for Better Measurements

Fraser's early experimental set-up helped him to make a number of pivotal discoveries about the human body-field, but he still faced a number of problems with the measuring apparatus itself. The PIS effect definitely existed, but as a way of detecting this effect, the electrodermal screening device was less than reliable. The device was extremely sensitive to operator influence, and hence under certain conditions the results of experiments were not conclusive. In addition, Fraser discovered that the body-field has a structure that is ordered and "folded," and this added a layer of complexity to reading the body-field using his basic experimental set-up. In order to read the body-field correctly (to understand where any health problems were occurring), the body-field needs to be read in a specific order, so as to "unfold" the information. By way of analogy, think of a scrunched up map. You cannot read it properly until it is smoothed out. To properly read the body-field (using the machines then in existence)required the operator to devote a great deal of time and energy to do the reading and obtain a reliable analysis. Therefore, a new and more objective way of measuring the body-field and its interactions was required. In recent years, there have been amazing technological advances, and it was to these that Fraser turned his attention.

His first advance was to create a new machine in partnership with the Australian biologist Dr. Bevin Reid. This machine was able to measure the energy spikes that were connected with structurally imprinted ampoules, in a similar way to chemical nuclear magnetic resonance (NMR) research. The experiments performed with this machine provided further evidence of the quantum nature of the body-field and its components, and that the observed magnetic vectors related to real energy.

The real breakthrough, however, came when Fraser met Harry Massey in 2002. Fraser was still looking for a machine that could examine all parts of the body-field. Massey had separately been studying possible computerized ways of understanding how information is transferred in the body. He had also begun a search to find rules that govern both how energy is structured and information is transferred within the human body.

Both Fraser and Massey had realized that the information gained from measurements of the conductivity of the skin at acupuncture meridian points could only ever be, at most, a partial measurement of the energy transfer in the body. Fraser understood that these measurements were, in fact, related to photon activity in the body-field. Because his research had shown him that the body-field is, in fact, made up of overlapping electromagnetic, ionic and magnetic fields that set up the overall QED field, the measurements of photon activity could be giving information about only 20% of the body-field at best. This was yet another reason why the results of experiments conducted with electrodermal screening devices were frequently inaccurate. Fraser and Massey appreciated that they needed to find another way of investigating the complete body-field; they needed a technology that could not only match all of the magnetic vectors and structures contained in subfields in the body-field, but that also could record the vectors that make up the overall body-field. Therefore, it would have to be considerably more complex than Fraser's original basic experimental apparatus.

Research has shown that computers programmed with certain software have the ability to pick up information transferred via electrons and photons. More than a decade of research from groups such as the Princeton Engineering Anomalies Research program (PEAR) has shown that human consciousness can interact with, or effect, technological systems. The research of Brenda Dunne and Robert Jahn in particular has verified the hypothesis that random processes can be influenced through human consciousness.

There are currently a number of computational devices on the market that claim to be able to detect health problems in the human body and correct those problems. However, the majority of these devices include a "black box" connecting the human and machine, a box that is used on the pretense that it is somehow picking up frequencies emitted from the body electronically. Massey has investigated a number of these devices, but found them all to be lacking in one way or another. The results frequently missed major health problems and were limited in their range of possible explanations. The results that came up are generally relevant, however when Peter did matching experiments of certain items we found that these systems often missed them out. This was because of the need for order in a testing device.

Faced with the problems of the current computational devices, but knowing that there was a real interaction that could take place between the body-field and computer, Fraser and Massey joined forces with a computer and mathematics expert. The trio set about examining how information was transferred in biology in order to create their own computational system that could mimic nature, and therefore produce accurate assessment results of the body-field. Their research led them to an understanding of how information can be transferred accurately between two QED fields (one from your body-field and the other set up by a computer). This can only be accomplished if the structures of both fields are described in the same way and if the vectors are presented in the same order it takes to unfold the human body-field.

This understanding was furthered when Massey examined the research of Stephen Wolfram, as discussed in his book A New Kind of Science, where he shows how many processes from nature that can be mimicked by software by applying iterations of simple rules. It is Wolfram's belief that all of the complexity and apparent randomness of the universe may be explained by simple self-replicating rules. NES research confirms this. During the research process, Fraser and Massey also managed to link ideas of spin from quantum physics with the inherent spin found within DNA and linked this to what are in all probability zero-energy pathways in the human body-field. However, most importantly, by putting together all of their research, Fraser and Massey succeeded in creating a new methodology for health investigation and a technology that displays the human body-field on a standard Windows-based computer. The NES Professional System is the result of Fraser's research and his and Massey's collaboration. It is the only system that has encoded within its software a "map" of the structure of the optimal human body-field and that can perform assessments quickly and accurately (independent of operator or client intention). The software "unfolds" the body-field in the proper order and allows the practitioner to work with the client to undertake healing in the sequence that is best for that client and the state of his or her body-field.