Difference between revisions of "Big Bang theory"

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(protons not elementary and were formed by cooling not heating, no elements were formed by gravity, first stars did not form any heavy elements)
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The Big Bang is a theory that the universe began in an initial massive explosion.  It is the most popular theory about the origin of the universe.  It was first proposed by [[Georges-Henri Lemaitre]].  More evidence for the Big Bang was found by [[Edwin Hubble]] and [[Bell Labs]].   
 
The Big Bang is a theory that the universe began in an initial massive explosion.  It is the most popular theory about the origin of the universe.  It was first proposed by [[Georges-Henri Lemaitre]].  More evidence for the Big Bang was found by [[Edwin Hubble]] and [[Bell Labs]].   
  
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According to the Big Bang, all the matter in the universe existed at a nano-point, and exploded out from that point.  The matter, which was composed of individual [[protons]], [[neutrons]], and [[electrons]], fused together in the massive heat that followed.  [[Gravity]] took over and attracted small particles to larger particles, forming the first elements (only [[hydrogen]], [[helium]], etc.).  These elements in turn formed the first stars.  The first stars, then, acting as giant furnaces and through the process of [[fusion]], fused hydrogen, helium, etc., to create the heavier elements, and spewed them out into the stars and planets.
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According to the Big Bang theory, all the energy in the universe existed at a nano-point, and exploded out from that point.

Revision as of 07:21, February 27, 2007

The Big Bang is a theory that the universe began in an initial massive explosion. It is the most popular theory about the origin of the universe. It was first proposed by Georges-Henri Lemaitre. More evidence for the Big Bang was found by Edwin Hubble and Bell Labs.

According to the Big Bang theory, all the energy in the universe existed at a nano-point, and exploded out from that point.