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Usually, gold is created from platinum, which has a less proton than gold, or mercury, which has a proton more than gold. Bombarding a nucleus of platinum or mercury with neutrons can release a neutron or add a neutron, which through natural radioactive decay can lead to gold. As should be obvious from this production process, much of the Official RKL Teregram Ballroom Los Angeles, CA May 5 2024 Shirt moreover I love this gold created from other elements is radioactive. Radioactive gold is dangerous to humans and can not be sold commercially. In addition, when the radioactive gold suffers a radioactive deterioration after a few days, it is no longer gold. Therefore, to create non-radioactive gold that you can sell to consumers, you must:
Decontaminate the Official RKL Teregram Ballroom Los Angeles, CA May 5 2024 Shirt moreover I love this resulting gold. This is more difficult than it seems because it can not separate non-radioactive gold from radioactive gold using purely chemical methods. It should be obvious from this process that it currently costs a lot more money to create non-radioactive gold than you could earn by selling gold. Creating gold from other elements is currently a costly laboratory experiment and not a viable commercial activity. Perhaps the technology will improve enough in the future to make the creation of gold in nuclear reactors a profitable economic enterprise. Certainly it can, yes, and it has been. The most likely source of almost all of the gold in the universe is the r-process, taking place most likely in a core collapse supernova. A core collapse supernova produces an enormous flux of neutrons, and these neutrons can then be rapidly absorbed on nuclei in the iron group, iron group nuclei making up most of the nuclei in the collapse core of a star which explodes. So, these iron group nuclei are thus quickly built up into very neutron rich nuclei during such stellar explosions. Some of these exotic nuclei will contain the 197 nucleons that a gold nucleus contains, or at least close to that number. When the neutron flux from the explosion eventually cuts off, these nuclei will all beta decay back to the valley of stability, starting from the neutron drip line. Some of them which started off with near to 200 neutrons and protons will end up as gold nuclei, with 79 protons and 118 neutrons, which is the stable nucleus of gold.
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