All articles tagged with #satellite safety
A growing weak spot in Earth's magnetic field over the South Atlantic, known as the South Atlantic Anomaly, is expanding since 2014, increasing exposure to solar radiation for satellites and astronauts, though no signs of magnetic reversal are detected. This change poses risks to space infrastructure and human spaceflight, emphasizing the need for hardened spacecraft and further study of Earth's magnetic dynamics.
ESA conducted a comprehensive simulation of a massive solar storm, inspired by the historic Carrington event, to test spacecraft and ground system resilience, improve preparedness, and develop better forecasting tools for space weather threats, highlighting the importance of advanced monitoring satellites like the upcoming Vigil mission.
Scientists at SwRI have developed a new detection system to identify and analyze space debris impacts on spacecraft, providing early warnings to help avoid collisions and improve future spacecraft design, addressing the growing threat of orbital debris to satellite operations.
NASA is monitoring the South Atlantic Anomaly, a large region of weakened Earth's magnetic field above South America and southwest Africa, which poses risks to satellites and spacecraft. The anomaly is caused by complex geophysical processes, including disturbances from deep Earth structures, and is gradually changing, splitting into two parts. While it doesn't directly affect life on Earth, understanding it is crucial for space operations and studying Earth's magnetic history.
A potential impact of asteroid 2024 YR4 on the Moon in 2032 could eject millions of tons of lunar debris toward Earth, creating an unprecedented meteor shower that poses risks to satellites and could produce debris capable of reaching Earth's surface, although the impact on Earth itself is minimal.
Researchers have corrected a 50-year-old error in the math used to understand how electromagnetic waves scatter electrons trapped in Earth's magnetic fields, leading to improved models of artificial radiation belts and better predictions of their impact on space technology. The discovery of these errors will help scientists improve their understanding of how high-altitude nuclear explosions could produce artificial radiation belts and impact space technology, potentially leading to better protection for satellites and space assets.