The Reliability Experiment of Anomalous Signal in Atmosphere
Advancing the detection of atmospheric signals through large-scale data analysis and verification.
Our Mission
We are passionate researchers and unconventional thinkers.
We believe that with vision and perseverance, the impossible can become possible.
This research team is dedicated to developing practical technologies
for detecting atmospheric precursors, including high-altitude airflow
and Outgoing Longwave Radiation (OLR), to improve the accuracy
of earthquake prediction.
Our Research
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About the Research
LAIC hypothesis, scientific references, and our methodology
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Historical Data
Prediction vs. actual earthquake comparison records
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Reliability Experiment π
Sponsor members only β real-time precursor detection data
Latest Updates
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Verifiability Statement and Data Sources
WuHong ChunVerifiability Statement We retain all historical data from predictive reliability experiments and actual earthquake event records, and provide a comparison and query function. Verification data sources include publicly available data...
Verifiability Statement and Data Sources
WuHong ChunVerifiability Statement We retain all historical data from predictive reliability experiments and actual earthquake event records, and provide a comparison and query function. Verification data sources include publicly available data...
Access Exclusive Precursor Data
Join as a Sponsor Member to access real-time reliability experiment results. 30-day free trial available.