This website was established as a dynamic hub for knowledge and research. It traces the historical evolution of our methodology from 1992 to the present, highlighting the effectiveness of the Pentactin (Quintray) method in problem-solving and goal achievement.
Purpose of the Platform
This platform is more than just an archive; it is a tool for statistical analysis. By documenting your applications, we assess the probability of converting coincidental pentactins into absolute coincidental pentactins, providing evidence-based data on the method's power.
What We Document:
The Problem or Goal: The initial starting point of the investigation.
The Applications: The specific actions and steps taken during the process.
The Results: The final outcome and the nature of the coincidences that manifested.
Study Tips for Graduates:
Identify Patterns: While browsing the chronological pages, observe how similar goals led to similar outcomes across various application types.
Qualitative Analysis: Do not focus solely on the success itself, but on the "coincidental path." How did the application trigger the transformation of reality?
Contribute to Research: By submitting your applications to statistics@qrays.org, you help expand the statistical database and benefit the entire community of practitioners.
To study all the calculations and repeat the solution process from the investigation to the final application with automatic calculation, you can download the spreadsheets here.
If you are advanced, prefer DEPICTIONS CRYSTALS, which has it all in one!
DEPICTIONS is a file for 9th-level graduates who apply and study pentacles. In DEPICTIONS 3, enter in H3 the values of the pentactin of columns B & C in algebraic correspondence notation [α β] / Γ[α β] Π[α β] Υ[α β] Α[α β] Α[α β] for automatic visualization with crystals. Correspondingly, enter in H5 the values of the pentacle of columns E & F. You can use it to compare two pentactins (e.g. twins). Be careful with the spaces! If it does not work, check the spaces.
Be careful! It does not automatically calculate for (0°, +4°, -4°) but always returns the radius when α = β as +0°. In the correct format, you can only copy it, not insert it to calculate. The original CALCULATIONS sheet automatically sends the four different calculations to DEPICTION and DEPICTION 2.
In the PENTACTIN STUDY mode, you can insert a pentactin of any calculation. The sheet does not calculate the solution of the extensions of the elemental rays. Depending on the calculation, see in the corresponding columns the distance, center, degree, and intensity.
In the CONVERSIONS sheet, you'll find a useful conversion calculator for professionals that makes your work easier, faster, and safer!
In the TWINS sheet, the category of the original and the twin is automatically calculated; it includes checks for quintrays with the same sign and for miscalculation based on the center.
In the EVOLUTIONALS sheet, there is a check for the initial ray with center 0, for the restriction of the two rays of the same sign, and a check for miscalculation based on the distance.
DEPICTIONS is an excellent tool for quickly and safely calculating applications. Enter only in the white cells with the dash in CALCULATIONS. If you accidentally mess up a function, go back with undos. When copying from a cell, paste only the values using Paste Special. Happy studying!