About
Project Veilbreak provides a structured framework for documenting experimental protocols and collecting trial data from community members. It's designed to facilitate scientific research by standardizing data collection and making it accessible through a user-friendly interface and comprehensive API.
Our research focuses on the intersection of visual perception, laser diffraction, and altered states of consciousness. By creating standardized protocols and collecting consistent data across multiple trials, we aim to better understand reported phenomena such as the "Code of Reality" and other visual effects.
The platform enables researchers to document protocols with detailed parameters, methodologies, and equipment specifications, while allowing community members to contribute their experimental results through a structured questionnaire system that captures both quantitative and qualitative data.
Key Features
- • Custom taxonomies for categorizing experiments (Equipment, Laser Class, Substance, etc.)
- • Structured data collection for protocols and trials
- • Comprehensive REST API for programmatic access
- • Citation export in CSL-JSON format
- • Community contribution system with verification
- • Detailed questionnaire system for consistent data collection
Research Methodology
Protocol Design
Our protocols are designed with precise parameters including laser wavelength, power, projection distance, and substance dosage. Each protocol is categorized with standardized taxonomies to enable consistent comparison across trials.
Data Collection
Trial data is collected through structured questionnaires that capture both objective measurements and subjective experiences. This approach allows for both quantitative analysis and qualitative insights into visual perception phenomena.
Open Science
All data is made available through our comprehensive API, enabling researchers to access, analyze, and build upon our findings. We believe in transparent, collaborative research to advance scientific understanding.