Brett Stuart – Applying Associative Remote Viewing

Brett Stuart – Applying Associative Remote Viewing

In Part 1, I cover a brief history of remote viewing, and how the original scientists involved in developing the skill, adjusted the process to successfully make money in the market.

I then break down the differences between standard remote viewing and associative remote viewing, before jumping right into the first foundational step of the process, creating effective blind pools and target pairs.

In Part 2, I jump into the various ways remote viewing tasks can be applied with an associative problem-set.

I go step-by-step through the four primary areas of use, and how the tasking changes depending on the project type.

From here, we jump right into the remote viewing skill itself, and I break down the precise information you’ll need to begin your first ARV session.

PART 1: ARV Foundations

P1v1: what is remote viewing?
Length: 03:27
Description: In this video, Brett covers standard remote viewing protocol, the agreed upon steps that differentiate it from other psychical techniques, and defines some terms to start off the course.

P1v2: a brief history of remote viewing
Length: 07:39
Description: There are hundreds of declassified success stories when it comes to remote viewing. In this video, Brett covers one of the first recorded cases and a brief history of the remote viewing research program.

P1v3: historical applications of arv
Length: 06:02
Description: Brett discusses how remote viewing was used by the original physicists to make money in the stock market, and a brief history of its use up to present day in both the private sector and within various universities.

P1v4: the remote viewing format
Length: 03:45
Description: In this video, Brett reviews the standard remote viewing format in detail. This is important to establish first, since it will allows us to compare it with the ARV format in the next video.

P1v5: the associative rv format
Length: 08:52
Description: There are two primary methods of ARV, and Brett outlines the differences between each, along with how they are commonly applied in the associative tasking format.

P1v6: target pairs & the blind pool
Length: 05:15
Description: In the next few videos, Brett begins discussing the first foundational ingredient required to start an ARV task: Target Pairs and Blind Pools.

P1v7: selecting optimal arv photos
Length: 07:43
Description: Choosing photos for your ARV target pairs is an incredibly important aspect of the setup process. Brett discusses how site numinosity plays a significant role, and how it can be integrated into the process.

P1v8: utilizing photo profiles part 1
Length: 06:12
Description: The first video of a two part video that covers how to fill out the target pair profile sheet. Profiles encapsulate information about each photograph in a target pair, which has beneficial uses in each of the ARV steps.

P1v9: utilizing photo profiles part 2
Length: 05:36
Description: The second video of a two part video that covers how to fill out the target pair profile sheet. Profiles encapsulate information about each photograph in a target pair, which has beneficial uses in each of the ARV steps.

P1v10: why photo profiles are important
Length: 04:23
Description: In this video, Brett discusses why photo profiles are important in creating optimal target pairs, the remote viewing process itself, and how they can be used to increase solo-judging proficiency.

P1v11: assignment: target pairs & profiles
Length: 50:13
Description: Brett goes in-depth to cover exactly how each target pair should be created, the thought processes that occur when creating profiles, and a few tips and tricks to get you started on creating the blind pool you’ll be using for the rest of the course.

PART 2: CUEING & The RV method

P2v1: Introduction to arv cueing
Length: 04:02
Description: In this video, Brett introduces the concept of cueing for precognitive ARV and how to address the first major hurdle viewers face in the process, which is outcome uncertainty.

P2v2: p-ARV financial market cueing
Length: 08:01
Description: Using the precognitive ARV cueing strategy, Brett outlines how to select market related targets and set up photo associations with reference numbers that can then be handed off to a remote viewer.

P2v3: p-arv sports betting cueing
Length: 03:30
Description: Aside from market-related projects, accurately determining the winner of an upcoming sports game is a popular target for precognitive associative remote viewing.

P2v4: cc-arv Technical hurdles
Length: 10:45
Description: In the next few videos, Brett dives into the current-correct ARV method. This video address three of the most common challenges that viewers face when attempting to use this target formalization process and how to overcome them.

P2v5: cc-ARV Financial market cueing
Length: 5:48
Description: The cc-ARV method takes a more direct approach than p-ARV, and in this video you’ll learn how to setup the formalization cue, assign current-correct associations, and generate a reference number for remote viewers.

P2v6: cc-ARV Advanced market cueing
Length: 7:00
Description: There are a number of challenges when it comes to applying RV forecasts in the market. In this video, Brett discusses a few advanced methods to expand upon the cc-ARV cue to incorporate market indicators.

P2v7: cc-ARV sports betting cueing
Length: 2:48
Description: Similar to how p-ARV can be used for sports betting projects, the cc-ARV method also can be arranged to forecast the winner of upcoming sporting events.

P2v8: cc-ARV GEOLOCATION cueing
Length: 12:12
Description: For the first time, Brett is sharing ground-breaking strategies to employ cc-ARV in a manner similar to map-dowsing. You’ll learn how to setup a project to narrow down an object’s location with latitude and longitude coordinates.

P2v9: cc-ARV personal questions cueing
Length: 6:27
Description: In this video, Brett discusses how cc-ARV can be utilized to glean information regarding personal questions that often arise during your every-day life.

P2v10: assignment 01 – ideogram decoding
Length: 30:38
Description: In the next three videos, Brett dives into the short-form method that he personally employs for all of my ARV projects. This first video explores the first step in the process, which is connecting with the information pattern through ideogram decoding.

P2v11: assignment 02 – describing & drawing
Length: 18:32
Description: Moving forward to the second aspect of the short-form method, Brett discusses how to access low-level descriptive information in your remote viewing session and draw basic diagrammatic renditions of the site.

P2v12: assignment 03 – concept chains
Length: 18:45
Description: In this final video, Brett illustrates how to complete a full short-form RV session and access high-level information about the site. He also shows a few personal examples of his work against real-world targets.