Ancient Aliens

If there are any topics that truly fascinate me, one is this- Ancient Aliens. I've joined the Facebook group called "Ancient Aliens". Let me tell you some neat things about it. The good thing about it is that it's a closed group. Good because others can't post random, inappropriate things. I'm glad I joined because the members post some truly neat articles. For example, These strange growing rocks. Interestingly enough, there was an incident with group members before. Some people(s) started using the group as a dating site. They sent innapropriate messages to members, asking them favors, ones you can probably guess what they may have been. Anyways, we can still get back to the topic.x
The reason why the topic is quite interesting is that there's some remarkable evidence from the ancient world for alien technology. I've also been an avid watcher of the show Ancient Aliens. I would recommend the show to anyone interested in such mysteries. One of the mysteries explored in the show are large stones, such as ones found in Carnac, Puma Punka, or Gobu Tepi. http://www.history.com/shows/ancient-aliens/videos/stones-of-carnac. Gobu Tepi is quite interesting... the stones there weigh tens of tons, & are cut in rectangular blocks. The heaviest stone there is though to weigh up to about 120 tons! These stones have been moved quite a long distance, for miles & miles. The city's ruins themselves rest on a large, stone surface. What is quite interesting about the stone floor, however, is that the floor was in its place at least three hundred or so years before the city was built. Some speculate that it was used a platform for spaceships. The spaceships would help levitate the heavy stones into place. However, if there aliens in outer space, they most likely live many tens or hundreds of light years away at the least. So, how is it possible for aliens to reach Earth, if we are separated from them this way? Surely we're still a ways away from some exotic forms of energy, such as fusion. Let alone energy created by antimatter, which is almost certainly many times more difficult to achieve.