Flujos de energía planetaria y su correlación con el ciclo solar de Gleissberg

Wiki / Notes:
Objective: To analyze planetary energy flows and their correlation with the Gleissberg Solar Cycle using satellite and geomagnetic datasets.
Methods:
Satellite Data: NOAA-15 & NOAA-19 proton flux (>35, >70, >140 MeV), 1998–2024
Solar Indices: F10.7 cm flux, sunspot numbers
Geomagnetic Parameters: SAA area and drift, Dst indices during geomagnetic storms
Analysis: Correlation matrices, time series analysis, sensitivity evaluation
Key Findings:
Proton flux peaks correspond to solar maxima in the Gleissberg Cycle.
Geomagnetic anomalies, including SAA area fluctuations, show measurable responses to solar activity.
Planetary energy flows are non-linear and show systemic coherence patterns.
Applications:
Understanding planetary and biological energy interactions
Risk assessment for geomagnetic storms
Support for research on climate and energy flow management
Files Included:
Scientific validation document (PDF)
Supplementary figures (S1, S2, S3)
CSV dataset of satellite and geomagnetic parameters
References: Adams et al., 2025; Bregou et al., 2022; Feynman & Ruzmaikin, 2014; Spaceweather Archive, 2025