Visual Patterns

• • Reported visual content included glyphs, code-like symbols, cubes, apparent stacking or layering, and a red coloration corresponding to the laser stimulus.
• • The participant reported apparent permanence of the cubes on the paper, but persistence was not quantified after looking away, removing the laser, or ending the drug effect.
• • Apparent visibility through the sides of the cubes and changes with head position are consistent with a perceived three-dimensional structure, but could also arise from binocular/parallax cues, diffraction artifacts, retinal afterimages, or constructed depth perception.
• • The report includes a possible culturally recognizable symbol, Aleph; isolated symbol recognition should be interpreted cautiously because altered perception and top-down pattern completion can produce meaningful forms from ambiguous visual input.

Behavioral Patterns

• • The participant intentionally used prayer and a request to observe a previously reported “console,” then focused attention on recording symbols. This establishes an explicit expectancy and attentional set that may influence content and salience.
• • The participant actively manipulated the stimulus by moving the laser onto paper and moving their head to inspect the apparent structures.
• • The report suggests that the phenomenon was clearest after the peak had partially subsided, although the timing is qualitative rather than measured.
• • Perceived agency or interaction with the code was not directly tested; the account describes observation rather than controlled influence over the patterns.

Technical Patterns

• • The setup combined a red laser, diffraction grating, white paper, and a roughly 5 m projection path. Each element can contribute to diffraction, reflection, speckle, glare, or structured retinal stimulation.
• • The 1 mW power is relatively low compared with many lasers but does not alone establish eye safety; exposure risk depends on beam divergence, directness, duration, reflections, and laser classification.
• • No measurements were provided for grating pitch, beam divergence, spot size, incidence angle, paper reflectance, room lighting, or camera/recording conditions, limiting reproducibility.
• • The report relies on a single trial and does not compare the DMT condition with sober viewing of the identical optical arrangement.

Scientific Significance

The report contributes a detailed example of a recurring phenomenological claim: under DMT, diffracted red laser light was experienced as organized symbolic or code-like structure with apparent three-dimensional depth and persistence on a page. The observation that perceived geometry changed when the participant moved their head is potentially informative because it may reflect genuine viewpoint-dependent optical structure, a perceptual depth construction, or both. The account does not by itself establish that the patterns are externally present, holographic, or independent of altered visual processing. Its value is primarily hypothesis-generating: it motivates controlled comparisons between optical stimulus properties and subjective reports of glyphs, cubes, layering, and persistence.

Methodological Notes

This is a single-participant, self-report observation conducted under DMT, with no sober control, baseline recording, blinding, independent observer, or objective measurement of the projected image. The report provides useful phenomenological detail and specifies laser wavelength, power, distance, and optical equipment, but dose is not quantified and the phrase “three big hits” is not a reproducible exposure measure. The linked images and simulator were not independently verified here. Interpretations involving Shakti, prayer, intention, or a “console” should be treated as participant-reported experiences rather than established causal mechanisms. A relevant confound is that diffraction, speckle, retinal afterimages, reflections from white paper, and head-dependent changes in viewing geometry can all produce structured or apparently layered visual effects.

Recommendations

Future studies should preregister procedures; measure DMT dose and timing; document laser beam diameter, divergence, diffraction-grating specifications, surface properties, ambient illumination, and camera settings; and collect sober baseline observations using the same laser setup. Use repeated trials across participants with blinded or randomized comparison conditions, including laser-only, diffraction-grating-only, placebo/intoxication controls where ethically appropriate, and non-diffracted laser conditions. Record reports immediately using standardized scales for pattern complexity, symbol clarity, apparent depth, motion, persistence, and controllability. An independent observer or synchronized video should document head position, laser position, and projected light. Safety procedures should include avoiding direct or reflected eye exposure, preventing use near vehicles or aircraft, and ensuring informed consent and medical oversight appropriate to the substance and jurisdiction.