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Petar Mali
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Sun particles, also known as solar particles or solar wind, are a stream of high-energy particles that are constantly emitted from the Sun. These particles can interact with radioactive elements on Earth and cause changes in their rate of decay.
Sun particles can cause ionization in the Earth's upper atmosphere, leading to the formation of the aurora borealis (Northern lights) and aurora australis (Southern lights). They can also have a direct impact on the Earth's weather and climate patterns.
Yes, high levels of solar radiation can cause mutations in living organisms, including humans. This is why astronauts and airline pilots, who are exposed to higher levels of solar radiation, have a higher risk of developing cancer.
The Sun's magnetic field plays a crucial role in the emission of sun particles. As the solar particles are charged, they are affected by the Sun's magnetic field and can be directed towards or away from Earth. This can, in turn, affect the rate of radioactive decay on Earth.
Yes, studying sun particles and radioactive decay can provide valuable information about the history of the Earth and other planets. By analyzing the radioactive elements present in rocks and other materials, scientists can determine the age of these objects and gain insight into the past conditions of our solar system.