It is the point on the planet are nowhere. Fifty here, there, fifty, perhaps I exaggerate a bit, but there are many planets out there. Now we are sure you know that planets exist outside our own solar system, perhaps we should stop counting those we find. Why do I say this? Our galaxy is one of billions or more. It contains about 100000000000 stars. If a single star has planets around it in three, and I can say that the average height of the planet is 4, we are doomed to a large number of planets in search of my friends. These planets 133333333333 only in our own galaxy. If one of these planets in 1000, has life, we seek to 13,333,333 planet with life. If only 1 in 1000, this intelligent life, we are 13,333 planets in our galaxy that contain intelligent life. Now you know why we look for signals of intelligent life with the planets, is it because the number of opportunities for them to be favorable. Our world can not be that special, we are the only intelligent beings in the universe. It would be very narrow minded to make us believe that. Even if we take the Bible as a literal interpretation of the Word of God, I do not think there is nothing in it that the prohibitions of life in places other than Earth. Maybe I get an argument about this, but that’s what I think.
The Andromeda galaxy is a nearby galaxy. It is classified as M31. M stands for Messier object. Charles Messier was an astronomer who lived from 1730 to 1817 in French. It responds to a list of objects that tell the hard comets. Of course, the telescopes were then not as good as the one today, and today is not a problem. There are 110 of these objects. Andromeda is a galaxy larger than ours. It is close enough to run with us in the cosmic conditions and a collision with the Milky Way. But do not worry, it takes 4 billion years before that happens. Even if that happens, there is not much chance in ruins. The stars are too distant. NASA describes it as two separate images of grains of sand on a football field. That’s about the distance of stars from each other in each galaxy. When the two galaxies meet, they will pass each other the speed of about 1,000,000 km / h, Ouch! One day, the Milky Way and Andromeda galaxies will. The main problem with the two galaxies passing each other, gas and dust, which each contain. Recent results show that the Andromeda galaxy, about one billion stars, much more than the Milky Way contains, but here’s the kicker, they also found that the Milky Way is more massive, with more dark matter would be available. Dark matter is matter that we can not see. It is estimated that 90% of the population is made. Because of all this dark matter in our own galaxy, it would have been interesting to see how these effects, the collision between two galaxies.
Neglecting the collision of a second, is the potential of the planet in the Andromeda galaxy, even much larger than ours, because the number of stars in this galaxy. Scientists believe that the same effect in physics and all the galaxies in the universe. I wonder if this could be a false assumption, even in small things? For example, if there was a planet that is where things do not work quite the same thing. For example, we are accustomed to seeing things from falling in a straight line. What if there is a planet where gravity is similar to ours, but for some reason, things that make the planet on an angle? With so many different planets, and many different compositions, things could very different from what we are accustomed, even if it is not against the laws of physics. Would it be possible for a galaxy, the planet has not been, or who had at least 5 or 6 planets to be found for each star? These are extreme cases, but we can not rule anything out when you talk about the unknown.
Our own Milky Way galaxy has satellites in orbit around him, like planets in orbit around the sun. Two of these galaxies are the Small Magellanic Cloud and the Large Magellanic Cloud. The nearest galaxy to our own thoughts were on the Large Magellanic Cloud, will be removed 163,000 light years. In 1994, it was discovered he was the Sagittarius dwarf galaxy is only about 80,000 light years. The LMC is a galaxy of stars like a stain. It can be seen in the southern hemisphere. This galaxy is divided, because we are integrated. The tug of war between this classification and our own galaxy, creating thousands of star clusters in between. The third nearest galaxy to us, about 200,000 light years, the Small Magellanic Cloud, a dwarf galaxy. Thus the galaxy is absorbed by our galaxy. The gas is supplied from dying stars and star clusters created as they are removed from the Small Magellanic Cloud offers. There is also a way to remove dirt from these two galaxies extends into ours. It is another galaxy, which can be seen from the southern hemisphere. Thank you to these two galaxies, ours is growing. Both the Magellanic Cloud galaxies are so primitive and did not say, as many heavy elements as our own galaxy. The chances of planets with life in the two Magellanic Cloud galaxies are much thinner than in our own galaxy or Andromeda. This is because a lot of very young stars in them, some as young as only twelve million years. This does not have much time, if any, for the development of planetary research.
Our Milky Way is 90,000 light years in diameter and has a circumference of about 270,000 light years. It is disk shaped and about 2,400 light years thick. None of these figures are accurate and can be off by up to 50,000 light-years, no one knows for sure. Our galaxy is part of a group of galaxies called the Local Group. This group is itself part of the Virgo supercluster. Other dwarf galaxies orbiting the Milky Way Canis Major, Sagittarius, Ursa Minor, Sculptor, sextant, and Leo are Fomax. Some are so small they are only 500 light years. These tiny galaxies would Carina, Draco and Leo II, all dwarfs. We suspect there may be several of these galaxies are in orbit around this mass and thus much less unnoticed yet. It is estimated that they could include the gas and dust. There is a domino effect on the southern edge of our galaxy, which is probably caused by the Magellanic Clouds as they orbit we. The speed of the approaching Andromeda galaxy is a nearly 100 140 km per second. That’s about 67 to 93 miles per second. Nobody knows exactly how fast our galaxy is in motion. It was estimated that 100 km range form 1,000 km. per second. Somewhere between 67 seconds and 667 km / h and even that could be bad.
Some of the newly detected planets outside our solar system discovered, including one that orbits a star, which was considered quite normal. The world is on the 5th 5 times the size of the earth. It is farthest from the sun that we are of ours. surrounding the star is 28,000 years light of us and the planet is supposed to be rocky. The star is orbiting a red dwarf. In other words, it is about 50 times smaller than our sun, but it is the most common type of stars in the universe. Some of the great planet Earth have been discovered, but they were simply die in orbit around the neutron stars. A neutron star is a star who comes from a supernova explosion. It is very dense. They are on a star only about 10 km (about 6 talks. 5 mile) radius, still has a mass of about 1st 5 times that of our Sun, which has a radius of 695,000 kilometers (about 463.333 miles) a. It is assumed that all the planets in orbit around a sun of this type must be a dead world. Another planet at a distance of about 20 light-years found. This is a red sun lights up around 1 5 times the size of our sun. The planet is as much as the Earth and its “discovery” was announced in April 2007 by a team of European astronomers. There are indications point to the oceans. The diameter is 12,000 miles and its mass is 5 times on Earth. Some scientists are already saying that this planet can have the best chance for life to date. I think that statement is far too premature. The planet lies in the balance.
Have you ever wondered why we find that the planets are large in the rule? The answer is simple, it is difficult to planets, because their sunscreen to find his light. The largest of the planet, more add more light and is so easy to find planets that finding is simple. Will we find a planet that has life there? It seems that the universe is a surprise for us. The surprise is that there are many planets out there, and many are similar to our own world. He can wait millions and billions of companies to us, or try to avoid us, it will be the case.
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