Methodology and Data Sources

This page explains where the Schumann resonance data shown on our platform comes from, how it is processed, and how it should be interpreted responsibly.

1. Data Sources

Visualizations reference publicly available scientific measurement infrastructure for electromagnetic and space-weather related observations.

• Tomsk Space Observing System (S.O.S) and similar Schumann monitoring stations
• NOAA Space Weather Prediction Center references
• Public geomagnetic and ionospheric reports

2. Processing Pipeline

Raw observations are not used to produce medical or clinical conclusions. The platform normalizes data for readability and trend monitoring.

• Source validation: filtering incomplete or inconsistent records
• Time alignment: mapping observations to a consistent timeline
• Display optimization: transforming measurements into user-readable metrics
• Caching: short-lived cache layers for stable performance

3. Update and Publishing Frequency

Homepage metrics and visual assets are refreshed in near real-time intervals. Short delays may occur due to upstream source latency or network conditions.

4. Limitations and Proper Interpretation

Schumann resonance measurements are sensitive to atmospheric and geomagnetic context. A single spike should not be treated as a standalone conclusion; trends should be reviewed across multiple references.

• Calibration can vary across measurement stations
• Local noise and weather can affect observations
• Short spikes alone do not prove causality

5. Editorial Policy

News and analysis content is informational. It does not replace medical, financial, or legal advice. Content is periodically reviewed and updated when needed.

6. Ads and Transparency

The platform may use Google AdSense for advertising. Ad preferences are managed through cookie consent settings. Advertising does not alter our data policy or editorial standards.

7. Corrections and Contact

If you notice a data/source issue, contact us at: info@uniqatlas.com