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Ah, right. Well, isn't it wonderful that I have you for guidance? I'm so glad you've deigned to suffer me; it gives me hope that I can change.
No, because I have to deal with your rants and ravings.
<Snipped quote by Dynamics>
Ah, right. Well, isn't it wonderful that I have you for guidance? I'm so glad you've deigned to suffer me; it gives me hope that I can change.
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You literally just called me a child, or at least I'm pretending you did.
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Wow, thanks, dad! *Steps back through the portal, materialises a stuffed bear, and pulls it in with me, hugging it*
<Snipped quote by Dynamics>
If he has anywhere near the level of prediction that the first Unity had, I don't see it as being that simple.
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Good. We have to strike him with it, of course. *Goes back through the portal*
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Exceptional. How do you know it'll be effective against enemies like Unity?
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... Found it! Thanks. *Makes the changes*
<Snipped quote by Dynamics>
*Makes the changes* I need a big enough energy storage with fast enough transfer to buffer the energy absorption. This is a huge amount of energy I'm dealing with. I can best deal with this with a small cake of Quolium on the hilt, unless the sword already has a similar component.
<Snipped quote by Dynamics>
All the energy is wasted as thermal energy. The Carnot cycle is exploited so that an energy-absorber can only convert the thermal energy with extremely low efficiency and then the thermal energy is forcibly expelled throughout the dimension before the Carnot exploitation ceases.
<Snipped quote by Dynamics>
Pro: every bit of energy from the matter-energy conversion can be imparted unto the sword at the moment of destruction. Con: this process takes actual milliseconds, even with the vast energy transfer capabilities of Quolium, and in the meantime, the energy exists in a concentrated, usable form at the location of destruction. Anyone with energy-absorption capabilities could leech off of some of it if they can respond quickly enough.