@Kevin Thorbahn
FacilitatorConducted: 2025-11-14
James saw the code!!! Described it as "seeing Hebrew" Letters like E F H, seeing into a microscope and into a room
Summary
The experiment involved observing a diffracted red laser under the influence of DMT, where the participant, James, reported seeing code-like patterns resembling Hebrew letters projected on a surface.
Key Findings
- •Participant reported perceiving code-like patterns, described as Hebrew letters, under the influence of DMT.
- •Visual patterns included shapes resembling letters E, F, and H, and the sensation of looking through a microscope.
- •The phenomenon involved perceiving depth, akin to viewing into a room.
- •The laser parameters were consistent with previous experiments (650nm wavelength, 1mW power, 5m projection distance).
- •The subjective description aligns with other documented reports of complex symbolic visions under DMT.
Patterns Identified
Visual Patterns
- • Shapes resembling Hebrew letters
- • Letters E, F, H
- • Microscope effect
- • Depth perception
Behavioral Patterns
- • Increased depth perception
- • Symbolic interpretation resembling linguistic structures
Technical Patterns
- • Laser wavelength and power consistent with producing observable patterns
- • Projection distance adequate for code-like perception
Scientific Insights
Scientific Significance
This experiment adds to the growing evidence of consistent, symbolic visual phenomena experienced with DMT under specific light conditions, suggesting interactions between neurochemical states and external stimuli that may facilitate enhanced pattern recognition or symbolic interpretation.
Methodological Notes
The experiment lacks detailed documentation on set and setting, which are known to influence psychedelic experiences. Equipment details beyond the laser are also absent.
Recommendations
Future experiments should include detailed records of set/setting and more quantified measures of participant experiences, potentially employing neuroimaging techniques to correlate subjective experiences with brain activity. Extending the technical parameters, such as laser modulation and surface types, could offer further insights into the phenomenon.
This analysis is generated by AI and should be considered as supplementary insight. It does not replace professional scientific review or peer evaluation.
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