Insights

A detailed or even specific description of existing features at a site may help narrow down or pinpoint an unknown location.

The location description in data and sketches is one of the absolute strengths of the CRV method. The viewer can reconstruct concrete sensory and dimensional, as well as conceptual and geographic data and relationships.

As with all other work steps, it is important here not to rely on individual sessions, but to recognize in the interaction of several viewers which data are valid for the corresponding location – i.e. have been promoted by all (blind) viewers.

Each viewer has individual strengths in perception that can be combined in the joint work to deal with the “search problem”.

This work is needed when either past or even future operations are to be studied. In the field of process engineering, for example, bugs can be found or optima can be tested virtually.

Due to the specifics of mental access to an “omniscient” source (which we call the matrix), the viewer is able to describe both past and future or even purely hypothetical events. This has to do with the fact that in virtual space everything can be visible that is possible within the imagination.

In practice, this places high demands on project managers, taskers, and monitors, since the viewer must not be influenced by pre-assumptions – whether on the customer side or by internal handling.

We also use event reconstruction, for example, in the area of searching for missing persons or objects. However, we would like to point out at this point that especially the search for persons is normally rejected by us for ethical reasons (see our Codex), if the search was not accompanied or initiated by official agencies or an official investigation.

Person perception is a tool that is first used to query basic impressions for EI (Emotional Impact) impressions in the target. This enables the assignment of persons in the target area, who are detected there or already suspected in advance. Actions, intentions and relationships of persons are also made visible in this way.

The data of a person perception is usually somewhat less accurate than data of other tools. The viewer may well misjudge the age or gender of a person, since you can rarely see your counterpart clearly in the target. Most people have male and female parts in them at the same time anyway, so that the perception is often not clear. The identification of persons can then be clarified more precisely by comparing additional information such as profession, hairstyle or actions in the target and by coding.

The EI term includes all beings that show emotional signals or consciousness. This can be humans, of course, but also animals belong to this category. Fun fact: At first glance, the signatures of a dog and its owner do not seem very different to a viewer. It has caused many smiles when, for example, “tall, male, blond, middle-aged” walked with “small, athletic, short dark hair, about 4 years old”. Animals, especially higher mammals, are indeed difficult to locate at first glance. Only on closer breakdown can the viewer then see that the ears are very long and hang down the side of the head …

There are several different tools for the mapping task, which achieve similar results using different procedures. It is also possible to combine these methods in order to cross-check the results. The core of the working method is always that the viewer works on an empty sheet, which has a correspondingly pre-coded counterpart on the monitor – invisible to it. The pre-coded sheet can contain sections of maps as well as, for example, abstract decision matrices.

Here once more the astonishing fact is revealed that with RV coordinates all arbitrary facts and independent of time and space can be addressed. On the one hand by the fact that the viewer can work, so to speak, true to scale 1:1 on a graphic template which he does not know and see; on the other hand also by the fact that he can spontaneously move to different geographical locations, change between them and also look around there in more detail or attach follow-up actions.

The “Deep Mind Probe” is a kind of template with which a personality analysis is started. Data such as strengths, weaknesses, opportunities, threats, goals, desires and fears are cataloged. For each area it is possible to distinguish between conscious and unconscious characteristics. Also the inquiry of a “calling” or possible occupation recommendations belongs to this area.

Personality analysis is often used as a tool, for example, to make professional decisions. But self-reflection is also an important step in other areas.

In a professional context, it is still conceivable to examine the best position or development opportunities for employees and applicants. However, it is important to note that our Code of Conduct states that we do not conduct full Deep Mind Probes without the consent of the individuals interviewed in each case. We should all respect that an ethical responsibility arises from the ability to inquire about anything in principle. Everyone will agree that statements about weaknesses, fears or desires are very private and should remain so if the person does not consent.

Timelines are mainly used for exploring temporal processes – as the name suggests. However, one can also use the tool for other functions, for example, when working with scales is needed.

In its basic form as a “timeline”, the viewer first receives a question that defines the frame of reference, and then enters individual points in time, periods of time or progress lines, which are subsequently described in more detail and related to each other. In this way, even complex processes can be represented well on the basis of individual milestones.

Timelines can be used not only to break down the present and past, but also to illuminate the future. Basically, when we ask questions about the future, we learn the course of the greatest probability, based on the current situation. However, the future is not fixed. Sometimes the very fact of looking at it has an effect (for example, by making a different decision than one would usually have made). One could talk a lot more in detail about the phenomenon of parallel probabilities and their interaction, but that is beyond the scope here.

If a remote viewer is to explain a term or an impression in the target in more detail, the “Relational Diagram” is usually used. The instruction of the monitor could be laconically: “Put a box to it.” The viewer then fills this box with concrete data on the corresponding detail, which can also branch out in stages.

The quality of the work between monitor and viewer can be seen well in such relational diagrams. As soon as the viewer deals with detailed questions, he dives further and further into the “data field” and the left hemispheric functions are used more and more sparsely. If the monitor does not now encourage the viewer to constantly record his impressions, the viewer would soon only talk and no longer note anything. This can be technically caught with audio documentation, but the resulting “idling” of the left hemisphere bears the danger of AUL drives creeping in uncontrollably.

So the bottom line is: the viewer works best when it fully records everything it says. The special structure of the RV protocol then makes it possible for any other person trained in the technique to read out the protocol without loss and neutrally.

Remote Viewing can not only be a tool for researching conditions and causes, but also a guide for finding solutions. With the health tool one can query where existing or possible problems lie, how these show up in practice (symptomatology) and how these can be optimally solved (suggested solutions).