There are many reasons to have a fascination with stars, as one of the most mind blowing creations on this planet. The brilliant sparkle that lights the night sky has been a phenomenon to many, and even more interesting is the fact that they are actually still there during the daylight but cannot be seen due to the bright shine from the sun, but this has led us to getting scientific answers to how do stars form?
In an easy to understand manner, they are created from dust particles made up from clouds of gas. There is a gravitational collapse involving clumps of molecules which are several times heavier than the sun, fragmenting into gaseous cores; these are then able to collapse even more to become individual stars. This isn't very easy to fathom in the mind, because there is a gravitational pull and heating that takes the gaseous dust particles toward one main position.
There is a continual pulling of more and more gas and dust particles towards this one core center. But soon, with the gravity pull and the heating there is a collapse from which either all or part may become a star. The result could also be a planet or a body that continues to live billions of years across the Milky Way. But like most things that go through a developmental process, there is a long time that lapses before the maturity of one of these bodies.
There is a lot of energy that is given off by the energy beings, much of which is what the sun uses for power. The sun is a great example of how the stars are formed, and even still, scientists across the world continue to study myriad of revelations. Although many scientists continue to study the stratosphere, there are many other discoveries that are being made each and every day about these heavenly bodies.
In an easy to understand manner, they are created from dust particles made up from clouds of gas. There is a gravitational collapse involving clumps of molecules which are several times heavier than the sun, fragmenting into gaseous cores; these are then able to collapse even more to become individual stars. This isn't very easy to fathom in the mind, because there is a gravitational pull and heating that takes the gaseous dust particles toward one main position.
There is a continual pulling of more and more gas and dust particles towards this one core center. But soon, with the gravity pull and the heating there is a collapse from which either all or part may become a star. The result could also be a planet or a body that continues to live billions of years across the Milky Way. But like most things that go through a developmental process, there is a long time that lapses before the maturity of one of these bodies.
There is a lot of energy that is given off by the energy beings, much of which is what the sun uses for power. The sun is a great example of how the stars are formed, and even still, scientists across the world continue to study myriad of revelations. Although many scientists continue to study the stratosphere, there are many other discoveries that are being made each and every day about these heavenly bodies.
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