@Christopher Hovord
ModeratorConducted: 2025-10-20
Okay, so... I'm not sure how helpful this will be to others, but here's my experience. The first time I tried the molecule, I didn't initially see the code in the laser. I was later told by a very experienced person in the field (I won't name them at this time, in case they prefer not to be mentioned) that this might be because I struggle with those Magic Eye drawings you often find online.
At first, I saw an elephant staring back at me. But after a conversation with, let's call them a guru of sorts, I was advised to step back, relax, and not concentrate too hard. The moment I did, I saw what most people would describe as the code (as depicted in the Discovery documentary trailer produced by Danny Goler).
Only then did I begin to perceive a type of code. It came in too fast and was too small for me to truly replicate what it was. I was blown away. It was moving left, right, up, and down, coming through faster than I could really take in. And yet, I felt a part of me understood, like stepping back from a picture and seeing it as a whole (or close to it).
This was my first experience with the molecule and looking at a laser. I hope to offer more insights in the future after I obtain a laser for myself
Summary
The participant experienced the 'Code of Reality' phenomenon under DMT influence, initially struggling to perceive the code but eventually seeing it after relaxing their focus.
Key Findings
- •Initial difficulty in perceiving code is linked to focusing techniques.
- •Visual code was dynamic, moving in multiple directions and fast-paced.
- •Participant reported an intuitive understanding of the code despite its complexity.
- •Relaxation and stepping back enhanced perceived clarity of the code.
- •Visualization involved symbolic interpretation, starting as an unrelated image (elephant).
Patterns Identified
Visual Patterns
- • Fast-moving code patterns
- • Initial non-code imagery (elephant)
- • Symbolic or complex design appearance
Behavioral Patterns
- • Difficulty focusing on complex visual details
- • Importance of relaxation to facilitate perception
- • Mentorship or guidance aiding perception
Technical Patterns
- • Observation using 650nm, 1mW laser
- • 5m projection distance was effective for visibility
Scientific Insights
Scientific Significance
This experiment illustrates the influence of cognitive flexibility and approach (relaxation vs. concentration) on the perception of complex visual stimuli under psychedelics, further validating the necessity of optimized observational conditions (like mindset) when studying COR phenomenon.
Methodological Notes
The lack of specific mention of equipment and repetition in varied conditions limits the strength of conclusions. More structured methodology could enhance data reliability and reproducibility.
Recommendations
Future experiments should incorporate repeated trials under varied mental states, clearer documentation of participant history with visual cognition challenges, and quantifiable measures to compare perceived clarity and understanding of visual input.
This analysis is generated by AI and should be considered as supplementary insight. It does not replace professional scientific review or peer evaluation.
| Parameter | Protocol | Trial | Variance |
|---|---|---|---|
| Laser Wavelength | 650 nm | 650 nm | +0 nm (+0.0%) |
| Laser Power | 1 mW | 1 mW | +0.00 mW (+0.0%) |
| Substance Dose | 1000 mg | 50 mg | -950.00 mg (-95.0%) |
| Projection Distance | 1.5 feet | 5 feet | +3.5 feet (+233.3%) |
| Laser Class | Class 2 | Not specified | - |
| Substance | N,N-DMT | Not specified | - |
Additional Observers:
No
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