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thin physical field


Mark Green, Ph.D.

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The article is devoted to the consideration of thin physical fields ( TFEs ) and some of their properties identified during a series of experiments. The classification of DFT and the proposed method of measuring their intensity are presented. The features of the information-wave transfer of DFT to various storage media are considered.

Data are presented on the use of a number of properties of thin physical fields for the benefit of man: on methods of protection against harmful technogenic radiation, on the “unexpected” properties of positive fields, and on the use of passive generators of these fields in the service of our health.

In recent years, scientists from many countries have been occupied with the question of the existence of a whole class of field structures, which we very often encounter in the world around us, but which, unfortunately, have been very little studied. It should be noted that the representatives of official science do not recognize their existence for the reason that classical science can neither explain their origin nor substantiate their properties, not to mention measure their parameters.

One cannot be silent about the fact that even among a small group of researchers who deal with this problem, there is no consensus on the origin of these fields and their properties, not to mention the terminology.

In this article, I would like to acquaint readers interested in this topic with some properties of the fields under consideration and some conclusions arising from the experiments I have conducted over the past few years. At the same time, it should be borne in mind that the conclusions that are presented here do not in any way claim, as they say, "the ultimate truth."

It is necessary to take into account that on the basis of the same results, it is possible to come to different conclusions ...
I would also like to draw attention to the fact that due to the lack of a unified terminology related to the problem raised, sometimes it is necessary to use a number of terms that you can not agree with, since they do not always fully reveal the true essence of the described processes. For example, the term “energy-information transfer”, which is currently used in the relevant literature, when describing the process of imprinting (transfer of information properties) of the sources of the considered fields to intermediate or secondary (final) storage media, in my opinion, does not fully reflect the physical nature of the transfer process , since the field transferred to these carriers does not contain an energy component. Therefore, it will be more correct to use the term “information-wave transfer”, which does not contain any contradictions with the described process.

Further, due to the fact that there is no single term related to the name of this class of fields, it seems appropriate to use the term “thin physical fields” ( TFP ), which is used by some researchers of this problem.

It should be noted that the performed experiments do not provide the opportunity to obtain complete information about the fields under consideration, firstly, because now no one not only knows all the properties of DFT , but can not even imagine them. And secondly, without knowing the properties, it is impossible to determine the direction of research in which to move ...

Further, not being a theoretical physicist, I do not presume to make any plausible hypothesis explaining the appearance of these fields and their interaction with environmental objects, especially since there are about a dozen such hypotheses.

For the same reason, I do not presume to analyze the existing hypotheses expressed by famous scientists on this issue - representatives of alternative science ... Their review is given in detail in [12].

And finally, I want to note that the results presented in this article were obtained only due to the fact that mastering the techniques of radio esthesia (biolocation), more precisely, mastering the techniques of working with a pendulum, was not difficult for me ...


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Author: Mark Green, Ph.D.
PS Material is protected.
Date of publication 10.11.2006gg