Elements Target Construction ETC Method

I started to develop my own new remote viewing method ever since my first remote viewing target in February 2018. This page describes the method in its current form but does not explain all the knowledge, details, and probing tools that are used. The ETC method is still in development and is evolving with every use.

This is not a comprehensive guide to the ETC method. You cannot learn how to use the ETC RV method from reading this page.

About the name ETC

I was going to name my new remote viewing method Elements Remote Viewing ERV but ERV has already been taken by remote viewer Joseph McMoneagle for the remote viewing method Extended Remote Viewing ERV. I definitely wanted my method to be named after "elements", so I came up with the name Elements Target Construction ETC for it. It is still a method of remote viewing, as it uses remote viewing, but what it ultimately does with remote viewing is to construct, or rather reconstruct, a target site in the report, and it does that by using elements that are the fragment pieces of a target site. In the end I am happier with the name Elements Target Construction, than I probably would have been with the name Elements Remote Viewing, since constructing the target in the report is at the heart of what we do.

About ETC

The most known and it seems also the most used remote viewing method is called Controlled Remote Viewing CRV. The ETC method was developed entirely independently from CRV and any or all other preexisting remote viewing methods. The only things that ETC borrows from the previous remote viewing tradition, is the use of a random target number in order to access a target signal from which to construct a report in writing and drawing to describe a hidden unknown target under double blind conditions. How to work with the target signal, and how to construct the report, is entirely a new design in ETC.

Some of the differences between the CRV method and the ETC method. In ETC no ideogram lines are drawn, instead there are colored shapes called initial elements received from the target signal. ETC uses lots of colors in drawings. Whereas CRV tends to divide different types of information into separate sections, and to rely strongly on individual words, in ETC there is a free and uninhibited writing style with full sentences within the text report. What CRV calls Analytical Overlay AOL for nouns and sets aside on the margins, in ETC is called premature false labels or premature labels and are allowed within the working draft of the full text report.

The ETC method has three separate stages, called the initial stage, second stage (first part and second part), and third stage.

Initial Stage

Connect with the target signal and collect the initial elements. No effort is used.

Second Stage - First part

In the first part of the second stage, all listed elements are put through a series of probe methods. In the current version of ETC these are the tap probe, flick probe, push probe, and initial probe. When these probes reveal new elements these are listed as secondary elements SE. in the elements listing and are also given the probes. If a secondary element reveals a new element then it is a third level or tertiary element TE. and is also given the probes. If a third level element reveals a new element then it is a quaternary element QE. and is also given the probes.

Second Stage - Second part

Elements are probed further, using a wide arrange of probing tools.

Box method in which all four sides, floor and above are probed. Tag chase method in which the target guides the remote viewer and begins to tie together the pieces and make connections.

During secondary stage, when two elements are found to be two different impressions of the same one element, those are listed as the same element under the heading SAME AS. When working on the target reveals where one piece connects to another, that can be written under the heading CONNECTIONS.

Third Stage

As the ETC method is still in development, I have not yet decided exactly what marks the end of secondary stage and beginning of third stage. In the third stage we work no longer with individual elements but have, and start to have, a cohesive target landscape where pieces have started to come together and the mind has constructed a target landscape. We now no longer probe and work with individual element pieces, but do probing on the larger target landscape instead.

Shook method, fiber displacement method, and especially spider method, could belong to the third stage. Target identity starts to come together on its own in the third stage.

Two of the most important third stage probe methods are elements from elements EE. and tag chase TC.