Big Bang Goes Bye-Bye

              The Huffington's Post's "Universe may Have Formed From Debris When Star Collapsed Into Black Hole, Cosmologists Say" (written on September 14, 2013) alternates the fundamentals of the Big Bang Theory for good. 
              The old concept stated that the universe broke from one huge dense astro-rock into perfectly arranged galaxies. But how can an explosion be so uniform? That question has triggered common sense to argue against this point. Therefore, many begin to state that there must have been an extra flow of energy to set the equilibrium temperature throughout all of space after the Big Bang erupted. 
              In 2000, a team at the Ludwig Maximilians University in Germany went into deep research, drawing another possible way that the universe might have formed. Studying four-dimensional stars, the researchers discovered that once these enourmous balls of gas die out, they release a violent burst of power known as the supernova while also creating a black hole. The black hole is found to be that it makes a hypersphere after its destruction of matter. With that in mind, a fresh idea was strung that when a huge four-dimensional star had fallen into a black hole, it fired into a set equilibrium energy flow of an orbit. Thus the orbit provided a spiral organization for the newly formed planets that the Big Bang had given off. 
              With open-minded thinkers nowadays, maybe even the most basic traditional theories can be proven wrong. That is what science is all about.