Solar storms are more devastating in the next few decades

Currently, the sun is in the period of maximum energy activity. This period began in the 1920s and extended in the universe.

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For decades, solar storms could disrupt aircraft and spacecraft, researchers at the University of Reading said.

Based on evidence from ice cores and stems dating back to 10,000 years, the team measured the level of nitrate and radioactive isotopes in the atmosphere, indicating that most of the radiation touched the Earth. During the previous period of solar activity was the average level. And in the mid-1650-1700 years, almost the sun had no black marks.

In the next few decades the solar storm is stronger than the average period

Professor Lockwood, of the research team, said: ' These data will predict the implications for unlucky things because solar activity occurs over the next few decades'.

The researchers predict that before the sun turns to a lower energy activity period, more radiation will be more dangerous to the Earth, especially with the aviation industry and communications technology.

Currently, the sun is in the period of maximum energy activity. This period began in the 1920s and extended in the universe.

'All the evidence that the sun will soon release a maximum amount of large solar energy existed right from the beginning of the universe' , said Mike Lockwood, professor of environmental physics at the University of Reading. to speak.

During this period of maximum solar activity, sunspots on the sun will be at a 11-year peak that will be wider and the number of solar storms as well as related events such as extrusion. flowers will be bigger, Mike said.

In a separate study, a research team at Stanford University in California, said they used a technique that could provide advance warnings about sunspot formation before they could be seen. on the surface of the sun.

Black stains are areas with high magnetic activity and where the solar storm, the Japanese eruption erupts, carrying energetic particles that create very dangerous radiation.

The team used techniques based on vibration analysis on the surface of the sun, detecting sound signals caused by vibrations moving faster in areas where sunspots were shaped. The city has a depth of up to 65,000km.