When the star is first fused it begins to run off of elements such as hydrogen and helium and is mainly composed of these two elements. Copper begins to be burned right after the main sequence of a high mass star's life. Scientists have a name for the process in stars that begin to fuse copper. The name for this process is called the s-process in which neutrons begin to fuse at an extremely slow pace, (http://kencroswell.com/Copper.html). Copper does not begin forming at around the same time as other metals such as gold, silver, and platinum. These three elements begin forming in the exact opposite of the s-process, (the r-process). Right after a supernova the elements scatter all over the galaxy and eventually find homes on different planets. Stars are really important to the element of
When the star is first fused it begins to run off of elements such as hydrogen and helium and is mainly composed of these two elements. Copper begins to be burned right after the main sequence of a high mass star's life. Scientists have a name for the process in stars that begin to fuse copper. The name for this process is called the s-process in which neutrons begin to fuse at an extremely slow pace, (http://kencroswell.com/Copper.html). Copper does not begin forming at around the same time as other metals such as gold, silver, and platinum. These three elements begin forming in the exact opposite of the s-process, (the r-process). Right after a supernova the elements scatter all over the galaxy and eventually find homes on different planets. Stars are really important to the element of