His Divine Shadow wrote:Well? What is it? A topic over at SB made me think of this, this is the only explanation on it sofar:
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Pg. 278: "By introducing quantum-crystalline armor, where only a few layers of atoms are stacked as densely as physics permits, laminated on top of another thin film just as tough but phase shifted, we can be confident that nothing will harm it. Not so much as a dent."
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-Jedi Search
TECHNOBABBLE ALERT!!!!!!!!!!
It's obvious this guy knows nothing about material science, otherwise, he wouldn't be inventing such abhorrent bullshit.
Atoms in solids are already "stacked as densely as physics" permits, they're called crystal latices, and they're one of the defining properties of solids, besides, that's why solids are opaque to light, due to it's crystaline structure, glass has an amorphous strucutre, so it's transparent.
Taking metals as an example, the crystal structure (among other properties) is what diferentiate titanuam from iron, the former has a hexagonal crystal structure, while the later has a cubic structure, hence titanium is stronger than iron-based compounds. It's not possible to stack atoms closer together,
à lá "Honey, I shrunk the kids", the electron cloud and the repulsions don't permit that.
And what's this stupid thin layer? Even for a ultra-dense material, thin is bad.
Laminated? Does he know what laminated material is? Of course not. Laminated has to do with a fabrication process, where a plate ir passed through rolers that compress it several times from (for example) 5 inches to 2 inches, making it more homogenous, and when applied to armour plates, homogenous is good.
Phase shifted? I don't want to even go there... (Voyager anyone?)
*Sigh* Just stupid technobabble to confuse and befuddle the ignorant reader, without access to a board of more "iluminated" readers...
OK, Quantum Crystaline Armour, heh?
Well, it's armour, so it's different from normal material (duh!), meaning more stronger for the same mass, crystaline, as in very homogenous, densely packed, and quantum (*shudders*) as in messing around with particle properties to provide an incredible material.
So, we got a extremely dense material, impervious to "almost" any sort of physical and energy attack. Duh!
Well, let's just call it a QCA, without explaining what it is, shall we?