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'''Antimatter''' is a substance found in our [[Universe]] that has both opposite charge and spin to [[baryonic matter]]. When meeting baryonic matter, it will explode along with the baryonic matter in a so-called annihilation. If the universe was made up of half-antimatter and half-matter, then they would have all detonated leaving nothing except for radiation behind, so the theory is that either there is a third substance that stops antimatter-matter annihilation, or somehow more matter exists than antimatter. |
'''Antimatter''' is a substance found in our [[Universe]] that has both opposite charge and spin to [[baryonic matter]]. When meeting baryonic matter, it will explode along with the baryonic matter in a so-called annihilation. If the universe was made up of half-antimatter and half-matter, then they would have all detonated leaving nothing except for radiation behind, so the theory is that either there is a third substance that stops antimatter-matter annihilation, or somehow more matter exists than antimatter. |
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| − | {{Verse|title1=|image1=|caption1=|size=10^-35 m|dimensionality=|kardashev_scale=|unstability=|temperature=|population=|contained_by=|contains=[[String]]|objects_with_life=|neighbors=}} |
+ | {{Verse|title1=|image1=|caption1=|size=10^-35 m|dimensionality=|kardashev_scale=|unstability=|temperature=|population=|contained_by=[[Gluon]] (sort of?)|contains=[[String]]|objects_with_life=|neighbors=}} |
== Properties == |
== Properties == |
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Revision as of 00:48, 14 September 2020
Antimatter is a substance found in our Universe that has both opposite charge and spin to baryonic matter. When meeting baryonic matter, it will explode along with the baryonic matter in a so-called annihilation. If the universe was made up of half-antimatter and half-matter, then they would have all detonated leaving nothing except for radiation behind, so the theory is that either there is a third substance that stops antimatter-matter annihilation, or somehow more matter exists than antimatter.
Properties
Antimatter is usually very small, with antimatter particles being up to 20 orders of magnitude smaller than a normal particle. It is also much less massive. Otherwise, it is identical to baryonic matter if left in a vacuum, and has no special properties, so the existence of antimatter entities is possible.