s. Physicists hope to use chaos to understand feedback and resonance. Engineers would use knowledgeof chaos to build flawless machinery. Architects would use understanding of the chaos theory when determining locations to build. The chaos theory holds infinite value to the average citizen as well as the lab scientist. Predicting chaotic outcomes would lead to better pool games, golf scores,bowling ability. Of course, that would mean predicting the unpredictable, if it wasnt impossible it would take all the fun out of the games. In the infinite swirling entity that is chaos there is possibility. In fact, it has been said that chaos itself is nothing more than infinite possibility. Chaos brings to us thewondrous world of chance, of likely and unlikely, of risks and challenges. If it werent for chaos, where would be the fun in life? Where would be the excitement? We owe chaos at least some understanding, considering all chaos has done for us Like, for example, scientists postulate that chaos is the nameless forceresponsible for the creation of the universe, the formation of the planets, and the origin of life. Now, how is it that a destructive, completely unpredictable force suchas chaos have done all this? Well, chaos allows all things to happen, making the unlikely or impossible infinitely possible, but infinitesimally improbable. So the probability that energy wouldsuddenly exist was met within the swirling chaos, and then further randomness occurred over the next infinite amount of time that created matter, caused the big bang,randomly placed the planets, set them into motion, and spawned life, all purely by chance. From the infinite nothingness of nonexistence our universe sprang into existence, filling with matter, energy and void. However unlikely, at least one planet spawnedsingle cellular life. Over time, elements were introduced to this life form that caused evolution, and over billions of years, these develo...
