These Days, Our Sun Is Lazy And Monotonous
If we compare with the sun and the 369 stars, unlike others, our brilliant and golden sun is lazy and monotonous.
The sun is consist of hydrogen and helium which make it like a hot ball. Without the sun, the earth would be a snowball. We can not live on the earth because of the sun's heat.
Sun formed about 4.5 billion years ago in the Milky Way galaxy's Orion's fur. It leads to create radiation, electricity and solar wind. Sun's gravity is significant for us because hemisphere protects the planets from harmful cosmic radiation. In addition, If the sun had not a gravity area, all planets would drift off into deep space.
According to a study which has published the previous week, it demonstrates that other stars are approximately five times stronger than our sun. This research-based on similarities in terms of age, surface temperature, rotation period and some elements which is hydrogen and helium.
Scientists suspect magnetic fields at the sun's poles play a key role for this unusual event which may affect us in terms of communications and satellites or it will get much wilder. Time will tell us that these changes could come from changes in the way Sun's rotation depends on depth.
The sun is consist of hydrogen and helium which make it like a hot ball. Without the sun, the earth would be a snowball. We can not live on the earth because of the sun's heat.
Sun formed about 4.5 billion years ago in the Milky Way galaxy's Orion's fur. It leads to create radiation, electricity and solar wind. Sun's gravity is significant for us because hemisphere protects the planets from harmful cosmic radiation. In addition, If the sun had not a gravity area, all planets would drift off into deep space.
According to a study which has published the previous week, it demonstrates that other stars are approximately five times stronger than our sun. This research-based on similarities in terms of age, surface temperature, rotation period and some elements which is hydrogen and helium.
Alexander Shapiro of the Max Planck Institute for Solar System Research said "We were very surprised that most of the sun-like stars are so much more active than the sun, "
Scientists suspect magnetic fields at the sun's poles play a key role for this unusual event which may affect us in terms of communications and satellites or it will get much wilder. Time will tell us that these changes could come from changes in the way Sun's rotation depends on depth.
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