Visual Patterns

• • The reported percept consisted of code-like or symbolic structures embedded in the laser projection rather than a general visual effect alone.
• • Pattern clarity was reported as threshold or low during salvia and higher during DMT, while the white-paper reflection was reported to improve visibility relative to the wall.
• • The account describes qualitative similarity between salvia- and DMT-associated imagery, but no formal comparison of symbol identity, spatial organization, motion, persistence, or reproducibility was performed.
• • Because diffracted laser light and reflective surfaces naturally generate structured speckle and interference patterns, the visual form must be characterized under sober controls before attributing it specifically to psychedelic perception.

Behavioral Patterns

• • The participant deliberately used prayer and an intention of love, indicating a potentially influential set variable, but its effect cannot be separated from expectancy or other contextual factors.
• • The participant actively searched for the code and modified the stimulus by reflecting the laser from white paper, suggesting that attention, task framing, and stimulus manipulation may have influenced detectability.
• • The participant reported a dose- or state-dependent difference in clarity, with salvia producing a weaker observation than the subsequent DMT condition; sequence and memory effects remain plausible alternatives.
• • The report emphasizes phenomenological similarity across substances, but no standardized rating scale or independent observer assessment was used.

Technical Patterns

• • The documented optical parameters were 650 nm wavelength, approximately 1 mW stated power, and 5 m projection distance, but the laser model, calibration, beam divergence, grating characteristics, and power at the eye or surface were unknown.
• • Two different optical arrangements were used: diffraction onto a wall and reflection from white paper. Surface texture, reflectance, speckle structure, and beam angle could substantially change the percept.
• • The use of a vape pen is listed, but the report does not specify whether it was used for salvia, DMT, or another preparation, nor does it provide timing and delivery details sufficient for replication.
• • Photographic documentation was referenced but not independently assessed, and ordinary camera artifacts, exposure settings, diffraction, and speckle cannot be evaluated from the written report alone.

Scientific Significance

The observation is potentially significant as a cross-substance replication attempt: code-like percepts were reported under salvia, a kappa-opioid agonist, and were described as qualitatively similar but less clear than under DMT. This suggests that the percept may not be uniquely associated with 5-HT2A agonism, although the evidence cannot distinguish a shared higher-level visual or attentional process from stimulus-specific optical effects, expectation, or retrospective comparison. The result does not establish a common neural locus, microtubule involvement, a quantum-gating mechanism, or a pre-rendered external reality. Those hypotheses require independent, operationally testable predictions and controlled measurements. The most defensible contribution of this report is identifying a testable question: under standardized optical conditions, does a reproducible, substance-dependent pattern occur more often or with greater structure than in sober and visual-stimulus controls?

Methodological Notes

This is a single-subject, uncontrolled observation with an uncertain extract potency, an incompletely characterized laser, no baseline comparison, and no blinded or randomized conditions. The report compares salvia with a later 25 mg smoked DMT exposure, but the sequence introduces order, expectation, memory, and residual contextual effects. The visual stimulus also changed from direct observation of a diffracted beam on a wall to reflection from white paper, making the two salvia observations technically non-equivalent. The reported images and external URL could not be independently evaluated here. Salvia extract mass (1500 mg of 5x material) cannot be converted reliably into a salvinorin A dose without chemical analysis. The observation is therefore useful as a hypothesis-generating case report, not as evidence that the same underlying neural mechanism or an external “code” was detected.

Recommendations

Repeat under controlled, preregistered conditions with an exact, chemically characterized salvinorin A dose and a safer, standardized administration protocol; avoid inferring potency from extract weight alone. Measure and document laser wavelength, optical power at the participant, beam geometry, diffraction-grating specifications, projection distance, surface reflectance, ambient illumination, and camera exposure. Include sober baseline trials, placebo or non-intoxicating control trials, and psychedelic-comparator trials, with the laser condition randomized and ideally assessed by blinded observers. Use identical surfaces and optical configurations across substances, and record real-time verbal reports or drawings before discussion of the COR hypothesis. Quantify outcomes such as onset latency, code clarity, density, persistence, reproducibility, and agreement between independent observers. Test whether patterns remain when the laser is blocked, when viewing an equivalent non-laser texture, or when optical artifacts are altered. Because salvia and DMT can produce intense impairment and unpredictable behavior, future work should use appropriate medical and safety oversight, avoid driving or hazardous equipment, and comply with local laws and research ethics requirements.