🛰️ Python analysis of the ionosphere's VTEC response to the historic G5 geomagnetic storm of May 2024.
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Updated
Jul 26, 2025 - Jupyter Notebook
🛰️ Python analysis of the ionosphere's VTEC response to the historic G5 geomagnetic storm of May 2024.
Gerçek zamanlı NOAA/NASA verisiyle çalışan uzay havası erken uyarı paneli — TUA Hackathon 2026
A real-time, browser-based 3D visualization of Earth's magnetosphere, driven by live space-weather data from NOAA.
Monitor space weather conditions including geomagnetic storms, solar flares, aurora forecasts, and solar wind data from NOAA
极端地磁暴回溯引擎 — U(1)相位风险模型+Carrington空间引擎Dst环电流+MCMC反演。两套独立模型联合回溯极端地磁暴事件(含1770事件回测),一键安装为QClaw Skill。
Carrington-Space-Engine – A pluggable space weather engine calibrated by 768 scans of the 1859 storm. Features Dst v2 with self‑consistent saturation (~1200 nT), α‑classification, and Aug 28 pre‑storm. Revised Carrington Dst ≈ −774 nT (not −1600 nT). Lightweight & open.
Follow the Sun: a local, source-grounded desktop dashboard for NOAA space weather, with plain-language reports from a local AI model (Ollama + MCP).
To associate your repository with the geomagnetic-storm topic, visit your repo's landing page and select "manage topics."