THE DMT–LASER INTERFERENCE PROTOCOL: A Community-Driven Scientific Framework for Safe, Reproducible Investigation of the DMT Visual "Code" Phenomenon

A standardized, open-source scientific protocol has been developed for investigating reports of structured visual patterns seen within diffused red laser light under the influence of DMT. The protocol specifies safety, legal, optical, dosing, monitoring, blinding, and documentation requirements to ensure reproducibility and falsifiability. It mandates sober negative controls, lens inspection, continuous multi-camera recording, and a standardized data format for academic review. The protocol aims to generate confirming or falsifying evidence about the DMT–laser visual phenomenon and serves as a foundation for a global dataset on psychedelics, coherent light interference, visual neuroscience, and altered sensory gating.

Study at a glance

Abstract

Description:This dataset and manuscript present the first fully standardized, open-source scientific protocol for investigating reports of structured visual phenomena (“glyphs,” “code,” or geometric patterns) perceived within diffused coherent red laser light under the influence of N,N-Dimethyltryptamine (DMT). The DMT–Laser Interference Protocol establishes rigorous requirements for safety, legality, optical hardware, controlled lighting, camera documentation, dosing, physiological monitoring, blinding/expectation management, and structured phenomenology. Unlike anecdotal online replications, this protocol is explicitly designed for reproducibility, falsifiability, and empirical rigor. It includes mandatory sober negative controls, laser lens inspection, continuous multi-camera recording, and a standardized data packaging format suitable for academic review. Researchers—especially skeptics—are encouraged to use this protocol to generate confirming or falsifying evidence regarding the DMT–Laser visual phenomenon. This document serves as a methodological foundation for the world’s first unified global dataset on the interaction between psychedelics, coherent light interference, visual neuroscience, and altered sensory gating. All future data packages following this protocol may be archived within this Zenodo collection.