DAAT Crystal Study

Investigating Crystal-Human Cognitive Interaction Through a Controlled Longitudinal Protocol

Who We Are?

The DAAT Crystal Study is conducted by ASRP LLP in Baikonur, Kazakhstan, with a six-person research team coordinated by Valeria Ovsyannikova. DAAT crystals are produced using proprietary hyperbolic field technology protected under the ASRP patent portfolio. The team combines expertise in neuroscience, experimental design, and biostatistics.

Our Mission

Our mission is to explore whether crystal-body interaction can enhance human cognitive potential without pharmacological intervention. We seek to determine if the cardiac neuroendocrine center, when stimulated through controlled crystal exposure, can promote neurogenesis, neuroplasticity, and measurable improvements in cognitive flexibility. The study is preregistered on the Open Science Framework at osf.io/m9h6g.

Project Goal

The goal is to produce measurable cognitive improvements — reduced mental noise, increased working memory capacity, sustained concentration, and enhanced cognitive flexibility — across 20+ participants in a rigorous 45-day longitudinal protocol. We aim to publish peer-reviewed results that advance scientific understanding of neuroendocrine-crystal interaction.

Measurement Methods

Creativity Observation:

Description:

Each participant completes a 15-minute free drawing session daily throughout all three phases. Drawings are analyzed using AI-based image recognition to quantify changes in creative output over time. This yields approximately 60 drawings per participant, providing a robust dataset for detecting shifts in expressive complexity and creative fluency.

Spatial Perception:

Description:

Participants estimate a 10-centimeter line segment without visual aids, testing proprioceptive spatial accuracy across all phases. The Subjective Minute Test is administered in parallel, scoring perceived time duration to assess anxiety and calm states. Together, these measures capture shifts in internal spatial and temporal processing.

Neurophysiology:

Description:

Electroencephalography (EEG) and galvanic skin response (GSR) are recorded via custom-designed sensor gloves integrated with the Inspira-X respiratory biofeedback device. This combined setup enables real-time monitoring of neural and autonomic activity during crystal exposure. The underlying technology is protected by patents KZ 2025/1095.1 and KZ 2025/0914.1.