11-06-2013, 11:44 AM
(This post was last modified: 11-06-2013, 11:49 AM by JohnnyYesterday.)
Since Q-balls can have either a positive or negative charge, would it be possible to create "Q-matter" by having Q-ball "electrons" "orbiting" Q-ball "protons"?
Are there minimum and maximum possible masses for Q-balls (aside from the mass of the entire universe)?
If not, and if the answer to question one is yes, would it follow that incredibly low mass "elements" could be created? Incredibly massive? Weakly bonding? As strong as magmatter? High temperature superfluidity?
Assuming the Q-ball "electrons" have a negative charge, normal matter elements could touch Q-matter without ghosting through or being catalyzed?
Are there minimum and maximum possible masses for Q-balls (aside from the mass of the entire universe)?
If not, and if the answer to question one is yes, would it follow that incredibly low mass "elements" could be created? Incredibly massive? Weakly bonding? As strong as magmatter? High temperature superfluidity?
Assuming the Q-ball "electrons" have a negative charge, normal matter elements could touch Q-matter without ghosting through or being catalyzed?