Muscovy Level X
New Member
I've been writing a Pokemon story, and I was thinking about how virtualy no Pokemon atributes, particularly those of the Legendaries, are explained. So this thread is to create info on the powers of legendary Pokemon and how those powers work. As my story is very... corect (meaning I don't glaze over explanations when needed, though I know it can't be anyehere near fully explained. Think of it as '_ can magicly manipulate this to do this' instead of '_ magicly does this'.), I made up loads of explanations. I'll post what I have (when I have time), and move really good ones up to my post. Note that all footnotes are all real scientific theories or information.
Giratina:
Giratina is made of antimatter*. When Giratina is in the reverse world, it exists normaly. If it changes over to the normal world, it becomes a state of energy, then becomes matter. It can reform into the local matter type.
*Antimatter is a special type of matter. Each particle has a partner of antimatter. When they meet, they turn into energy.
** Glutons are a massless sub-sub atomic particle that bind various sub-sub atomic particles together. (Includes protons).
Giratina:
Giratina is made of antimatter*. When Giratina is in the reverse world, it exists normaly. If it changes over to the normal world, it becomes a state of energy, then becomes matter. It can reform into the local matter type.
Palkia: capable of manipulating protons and thus capable of manipulating matter, including but not limited to reshaping, decomposing, creating, and destroying gluton bonds** at will.
Arcues: capable of shapping massive ammounts of raw energy into matter, and the reverse. At the begining of time, the chaos it was born into was made of pure energy, thus giving it plenty of material to work off of.
*Antimatter is a special type of matter. Each particle has a partner of antimatter. When they meet, they turn into energy.
** Glutons are a massless sub-sub atomic particle that bind various sub-sub atomic particles together. (Includes protons).
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