Is our sun also moving like planets?

For as far as we can see, the Sun is in a centrally steady position with the planets revolving around it. But if you zoom out a little bit and look at the Milky Way, your perspective changes drastically. The Milky Way has a centre that is supposedly a collapsed star also known as a black hole. A strong centre around which many celestial bodies revolving is in a way the rule of the universe. If this is true, it means that our sun is moving continuously and taking the entire solar system with it. But if this were true, why hasn't there been a collision in all this movement?

We have to consider that if the Sun revolves around the milky way then everything else in the milky way is also doing the same thing. There could also be the possibility that our sun and the solar system might be revolving around a bigger sun which makes our existence really small in the sea of the universe. The possibility of this maybe unlikely because if it were happening, we would be able to see two suns in our sky.

Looking at an even bigger picture, if the sun revolves around the Milky Way then is the milky way also doing the same thing but at a much much larger scale that we are not able to perceive. If this were happening then this could be the way the universe works. The galaxies look stable but in reality they are moving around this huge central power. This would also prove that how are Galaxies stationary and not moving around. We will be able to conclude that there is no such thing as dark matter.

The star positions appear similar to us every night because everything in the milky way must be revolving around the centre at the same speed. A better example of what's happening here can be two trains travelling at the same speed parallel to each other. The people on the two trains will feel that they are stationary but in reality they are moving at very high speeds.

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How Jupiter could have destroyed our solar system?

Jupiter, the worlds largest planet in our solar system, known for its unpresidented gravitational force wasn't as dosile as the planet is today. Jupiter during the inception of the solar system wasa violent beast calling for destruction. Jupiter had a powerful whirling spiral that was the product of the large gravitational force the planet posseses. This whirling spiral was known to suck and throw objects into Space and towards other planets. It might have been a very scary site from Earth but to be fair human civilization didn't exist during the time.

According to Scientists, the only thing that saved the entire solar System was the planet Saturn. Saturn was known to also posses a very strong gravitational force that maybe was even more powerful that the gravity on Jupiter. This gravitational fource from Saturn helped Jupiter to get rid of that devestating whirlwind spiral. The forces of saturn also caused Jupiter to be placed behind mars in our Solar System.

Jupiter's gravitational force has never reduced as even today anything coming even remotely close to the planet is sucked in by it. The gravitational forces have also caused continuous sandstorms and the infamous red dot on the planet is actually a sand storm that has existed for centuries. Apart from this the planet has also been known for changing the course of many flying objects and also caused the formation of many other celestial bodies. Now thats a lot of creation and or destruction from one planet. 

Saturn on the other hand might have lost some of its gravitational force as it isn't as powerful as before. But it still is able to hold its rings and moons which makes it the most beautiful planet in our solar system. Its fascinating to think about the history of these planets and the kind of activities our solar system has gone through.

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