NASA’s CODEX Reveals Stunning Views of Sun’s Outer Atmosphere

Swift Summary

• NASA’s CODEX investigation,a solar coronagraph instrument aboard the International Space Station,captured unique images of the Sun’s outer atmosphere (corona),revealing uneven and gusty plasma flow.
• CODEX measures the speed and temperature of solar wind using advanced narrow-band filters, marking a first-of-its-kind achievement in this area.
• The data will enhance understanding of space weather, its effect on Earth, and improve predictive models of solar wind behavior.
• The observations were presented at an American Astronomical Society meeting in Anchorage, Alaska.
• Jeffrey Newmark from NASA Goddard highlighted the groundbreaking nature of these measurements and their potential to reshape solar research.
• CODEX is a collaboration between NASA Goddard Space Flight Center, Korea Astronomy and Space Science Institute (KASI), and Italy’s National Institute for Astrophysics (INAF).

Indian Opinion Analysis

The advancements made by NASA’s CODEX investigation are globally significant but hold particular importance for countries like india that heavily depend on satellite-based dialogue systems. As space weather disruptions can impact critical infrastructure-ranging from navigation to telecommunications-enhanced understanding of the Sun’s plasma behavior benefits nations deeply invested in technology-driven economies.India also operates numerous space missions focusing on both scientific exploration-like ISRO’s aditya-L1 mission to study the Sun-and operational satellites affected by solar activity. Collaboration opportunities or knowledge exchange with projects such as CODEX could further enrich India’s capabilities in predicting space weather events accurately.

While substantially contributing to global heliophysics studies through international partnerships like KASI or INAF seen here with CODEX’s growth model offers inspiring examples that India may consider replicating. Overall developments like these deepen our preparedness against adverse effects stemming from cosmic activities.

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