![]() ![]() ![]() ![]() This section is intended to list and describe the abilities of the Felikxtrox. Males have a large spike on the tip of their tail along with a smaller spike on the bridge of their nose, before their nose spike. Additional spikes not unlike those covering their spider-like frills protect their back and tail, while bigger, sharper spikes protect the sides of their tail base and tip. The Felikxtrox is a ceratopsid dinosaur resembling some of the most evolved species among the clade, such as Triceratops and Torosaurus, but with an additional set of feather-like plated scales covering their entire body, in a similar disposition to some pangolins, and branch-like horns. They are also very overprotective towards babies and small critters who are lost or hurt. They are lovable and playable and love to roll in muds all day. Today's fastest rockets would take at least 20 million years to get there, by which time you're going to be awfully tired of on-board pretzels.Felikxtrox sharp thorns and crazy bright pattern make them seem aggressive and dangerous, when in reality they are the nicest creature there is. They simply don't know we're here.īy the way, we probably aren't going to visit them either. They haven't heard our news reports, and they're not likely to have any incentive to visit. But this order-of-magnitude estimate tells us that they're not next door. Sure, alien neighbors might be farther - or closer. In other words, no closer than the three bright stars of Orion's Belt. It will contain 100 million star boxes, and one sophisticated civilization.īy this rough and ready calculation, the nearest aliens are probably between one and two thousand light-years away. Now imagine a bigger box, 2,000 light-years on a side. That is, for every cube of space that's 4.2 light-years on a side, you'll find (on average) one star. So how close are the nearest signaling extraterrestrials? If we're going to pay good money to fire up the warp drive and visit some bumpy-headed aliens, how far do we have to travel? Well, the average distance between stars in our part of the galaxy is 4.2 light-years (the distance to Proxima Centauri). In particular, if you were given a million Earth-size worlds, what fraction do you think would ever beget technically sophisticated inhabitants? So let's take that number and run with it. ![]() We start with recent research showing that one in six stars hosts a planet hospitable to life. But even without wrestling with the Drake Equation, we can use similar reasoning to gauge the plentitude of alien societies and how close the Klingons might be. If you look up the formula online, you'll see that it takes into account the odds that there are habitable planets around other stars, the likelihood that life will arise, and the probability that biology will occasionally evolve to produce clever beings. That bit of easy math is known as the Drake Equation, and it's often said to be the second most famous formula in science (the first being Einstein's E = mc2). In 1961 astronomer Frank Drake devised a simple equation for estimating the number of "technically active" societies in our galaxy. This is an uncertain business but not a new one. ![]()
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