K
kristina3313
Guest
<p>I was arguing evolution and asked one question re: Big Bang and this was what followed:</p><p>"can you tell me what doesn't make sense to you in that theory, is it singularity?"(MY QUESTION)<br /><br />"That is one of many problems. Where did all that material come from? What caused it to be so compressed? Why did it go bang?<br />The idea came from assuming that the universe is expanding and then theoretically back-tracking to the ultimate, where it could have theoretically been all in a small dot. But was it ever so small? It might have come into existence at a quarter of its present size, we have no information about that in the evolutionary belief, except the assumption. <br />In an atomic explosion the atoms are torn to pieces and the bits fly outwards and disintegrate releasing energy and ceasing to exist. But evolutionists claim that an explosion, which had no atoms formed, blew bits of an unknown material outward that formed atoms!...<br />I can imagine that an undefined material blew up or decompressed like an explosion, with the material flying directly out from the centre, there being no force to direct it otherwise. For some strange reason a piece forms a nucleus, and now the tricky bit. In defiance of the laws of motion an electron takes a sharp turn, without any cause, and goes into a very tight orbit around the nucleus, making an atom. There is nothing known in science to make the electron go into orbit, it should go straight ahead, as there is no possible force to make it turn at the right place, and stay in orbit. Supposedly only helium was formed, I think. The heavy elements were formed in supernovas. But the same applies. Why would nuclei form and then why would electrons go into a tight high speed orbit around them? This is the opposite of what we see in an atomic explosion, and has no scientific explanation except it must be believed for the sake of the theory... <br />I started reading up again on the "big bang". In particle accelerators energy can be converted to matter, within limits. When particles of matter are created in the laboratory they are always in pairs, of matter and antimatter, so if you get an electron you get a positron, a proton and antiproton, etc. They always come in pairs, always complete, and annihilate each other, never form atoms." (AN ANSWER TO MY QUESTION ABOVE)</p><p>With my limited knowledge of physics I am kind of lost, so if anyone has time and have different opinions about this subject I would love to hear them before I respond to the post above, thank you!</p> <div class="Discussion_UserSignature"> </div>