forastero
Posts: 458
Joined: Oct. 2011
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| Quote (Robin @ Oct. 21 2011,11:56) | | Quote (forastero @ Oct. 21 2011,11:34) | Yeah explosions are normally destroyers but this big bang lead to order-thus order from disorder via order
See the multitude of geologic (like mountain building), atmospheric, and intergalactic processes all work in tandem just like an intelligently designed clock |
Uuhh...you do realize that the Big Bang was not an explosion, but rather an expansion, right?
Oh...nevermind. Apparently you don't.
Of course, even if it had been, your claim would be erroneous. The Big Bang did not create order; gravity (among other forces) did. |
Now you believe gravity created all that order presented in that image ?
Rumsfeld, first of all Guth and most others claim that the Big Bang went through initial hyperinflation and super symmetry but has slowed drastically partly do to gravity and entropy. However, a mysterious dark energy "seems" to be making the galaxy accelerate. Some scientist are bringing up relativity in that it only appears to accelerate from our vantage point but in my layman's view its kinda like a bullet picking up velocity as it leaves the barrel but finally slowing due to not only gravity but also entropy in that the energy behind the bullet becomes unorganized somewhat like accuracy; but then at a certain threshold, not only is gravity diminished but that energy that became unorganized earlier, is now concentrated once again as if the bullet suddenly went through a separate explosion. Some hypothesize that multiple supernovas are behind this dark energy but I am inclined to credit it to supernatural events.
Now concerning your insistence that the Big Bang explosion was a metaphor, it seems few scientists agree with you. For instance:
The first minutes of the titanic explosion (Inflation theory): But how are the elements in the universe formed? The scientist “Alan Guth” answered this questions as he discovered another theory which is the ‘inflation theory’, and it was accepted by every scientist, and in this theory he explained the first 3 minutes after the titanic explosion, according to this theory the titanic explosion followed by a huge fireball in an extreme temperature after one part from many millions parts of a second, the temperature decreased to 1022 K, where the fundamental bodies is formed and after 10- 6 seconds the ‘singularity’ became as big as a solar system (it’s radius is 588 x 1010 ),when the temperature became 109 K the radiation became to be emitted after the first second the reaction stopped but universe is still expending until now. The “inflation” theory is considered very important because we knew the 1st minutes after the “Titanic explosion”, and it’s very mysterious explosion because it’s not such a normal explosion to the matter in space but it was the explosion of space itself. http://library.thinkquest.org/C005731....th.html
Alan Guth: We do have a number of pieces of information that we can put together to try use as a basis for constructing theories. Observations about the distributions of galaxies within the visible part of the universe, and the motions of galaxies. Also now very important are observations of the cosmic background radiation — radiation that we believe is the afterglow of the big bang’s explosion itself. http://www.thefullwiki.org/Alan_Gu....an_Guth
The birth of a new universe also does not affect the old one. It would take about 10?37 seconds to disconnect from its parent. However, all an observer would see is the formation of a black hole, which would disappear very quickly. Creating a new universe actually would be quite dangerous since it would result in the release of energy similar to that of a 500 kiloton explosion. http://www.thefullwiki.org/Alan_Gu....an_Guth
An answer came in 1979 when physicist Alan Guth proposed that, just after the primal explosion, the universe temporarily kicked into overdrive and began wildly expanding, doubling and doubling and doubling again. This inflationary epoch lasted the tiniest fraction of a second. But according to the calculations, this was enough to even out the radiation and flatten the curvature — to smooth out the wrinkles in the Big Bang. The Cosmological constant was back. http://www.hbci.com/~wenona....ang.htm
Today, the researchers who make up the Grand Challenge Cosmology Consortium (GC3) harness the power of supercomputers to look at the birth and infancy of the universe, starting from the Big Bang, the cosmic explosion which is believed to have started it all about 15 billion years ago. GC3 is a collaboration between cosmologists, astrophysicists, and computer scientists studying the formation of large-scale cosmological structure. http://www.nsf.gov/news....ers.jsp
Readhead, with Caltech colleagues Steve Padin and Timothy Pearson and others from Canada, Chile and the United States, generated the finest measurements to date of the cosmic microwave background. Cosmic microwave background (CMB) is a record of the first photons that escaped from the rapidly cooling, coalescing universe about 300,000 years after the cosmic explosion known as the Big Bang that is commonly believed to have given birth to the universe. http://www.nsf.gov/od....241.htm
According to current estimates, it burst into being 13.7 billion years ago in a titanic explosion called the Big Bang, with the galaxies congealing out of the cooling debris.
http://www.telegraph.co.uk/science....ed.html
About 13.7 billion years ago, the Universe burst into being in a titanic explosion called the Big Bang. Out of the expanding and cooling debris eventually congealed the galaxies, great islands of stars of which our own Milky Way is one. http://royalsociety.org/news....ig-bang
Eminent Scientist George Gamow and other scientists believe that Big Bang was a nuclear explosion. Gamow with his collaborators Ralph Alpher, Robert Hermann and James W. Follin, explored how chemical elements like helium and lithium could have been produced out of primordial hydrogen by thermonuclear reactions during the Big Bang. George Gamow put forward a hot Big Bang model in which primordial substance, or ylem, from which all other matter was created was an extraordinarily hot, dense singularity that exploded in a "Big Bang" and has been expanding ever since. http://www.eurekaencyclopedia.com/in...sm....undance
The term primordial fireball refers to this early time in the Universe. As the Universe continued to expand, its temperature and density dropped, allowing for the formation of atoms. This is known as the 'epoch of recombination', and it was at this time that photons could travel freely throughout the Universe for the first time. The Cosmic Microwave Background radiation (CMB) is the record of these photons at the moment of their escape. http://astronomy.swin.edu.au/cosmos....ireball
About 3 seconds after the Big Bang, nucleosynthesis set in with protons and neutrons beginning to form the nuclei of simple elements, predominantly hydrogen and helium, yet for the first 100,000 years after the initial hot explosion there was no matter of the form we know today. http://www.thebigview.com/spaceti....se.html
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