May 15, 2025
Science

Study improves scientists’ understanding of the Sun and potentially improves eruption predictions

  • May 23, 2024
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a new theory Recent research shows that The Sun’s magnetic field originates near the surface, not deep within the star., as assumed before. This overturns decades of dominant

a new theory

Recent research shows that The Sun’s magnetic field originates near the surface, not deep within the star., as assumed before. This overturns decades of dominant scientific opinion that the magnetic field lies more than 130,000 miles below the Sun’s surface. This also brings us closer to understanding the nature of the Sun, which has intrigued scientists since Galileo.

New data shows that The magnetic field is actually produced 20,000 miles below the sun’s surfaceand it is only 5-10% deep within the star. This was discovered after a team of scientists from Northwestern University in the US and several international researchers performed a series of complex calculations on a NASA supercomputer. It is worth noting that these are only preliminary results and more research is needed to confirm the data.

The Sun’s magnetic field oscillates in a cycle lasting 11 years. During the strongest part of this cycle, strong winds and sunspots occur at the solar equator, as well as emission of solar materials that cause aurora on Earth. Previous theories that placed the magnetic field deep within the Sun could not connect all these solar events. Scientists now hope that with further research they can put this theory to use to not only explain dawn events but also more accurately predict the time of their occurrence.. Thus, we would be able to know when an epidemic will occur, how strong it will be, and whether it will cause any harm to our planet.

The reality is that coronal mass ejections can damage our communications satellites, interfere with radio signals, and disable GPS and other technologies. The strongest of these can also disrupt the power supply. Although most often they only manifest themselves in the form of the magnificent aurora borealis.

Therefore, these results can theoretically be used for the following purposes: Preparation of new early warning methods against large-scale solar flares, Those who fell to Earth. Maybe one day we’ll have solar flare warnings on par with hurricane warnings. Research has already revealed some interesting connections between sunspots and the Sun’s magnetic activity.

Source: 24 Tv

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