
According to a new, artificial intelligence (AI) predicted a powerful solar storm that influenced the earth in May last year, according to a new, by a new, by a very active region, Study. A team of researchers at Geneva University, headed by Sabrina Gaswino, said that by training AI about historical solar events, it could identify samples that are ahead of the coronal in the Coronal Massive Investigation (CME).
This initial warning system is very important because traditional methods, which rely on human analysis of solar images and data, often provide less accurate and timely predictions.
The study states that “despite the development of observational capabilities and the development of the model, the prediction of provoking so far and the prediction of the CME travel time remains a lot of uncertainty, on average. The average is 12 12 hours. “
The AI model works on extensive data from solar imagery and other space weather parameters. It looks for subtle indicators in the behavior of the solar environment, such as the strength of the magnetic field, the speed of the solar air, and the appearance of solar flare.
The study highlighted, “The May 2024 event also identified the wider implications of AI-driving reverse engineering for space seasonal science.”
He added, “The ability to predict such precision CME travel hours shows that AI, as well as testing and improving the current models of CME proliferation. For a diagnostic tool. “
What is coronal mass injection?
Solar storms or powerful CMEs are widespread emissions of plasma and magnetic sectors from the sun’s corona. Large clouds of electric gas travel at hundreds of miles per second and can affect power grid, communication, GPS navigation, air travel and satellite.
According to ISRO, last year’s geo -magnetic storm was the most severe since 2003, which led to interruption of communication and GPS system.
Also read | Solar storms that recently hit the ground have been extremely severe since 2003: Isro
Solar flare up
Solar activity follows a sample with peaks and lower back every 11 years. Scientists describe these cycles as the maximum solar and minimal solar, which runs from the sun’s magnetic field.
Currently, the solar cycle 25 is underway, which is expected to reach the maximum of July 2025. This cycle shows far more activity than NASA and NAAA (national maritime and environmental administration), which peak with official forecasts of about 115 sunshine
Despite the high amount of data in the disposal, scientists are not sure why the sun is more dynamic than expected. Further observation is needed to improve future predictions and enhance our understanding of the sun’s internal process.
(Tagstotranslate) Sun
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