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Hi, /sci/. I need help because I'm writing some sci-fi shit and I have to explain how a particular exotic material works as realistically as I can because I'm too autistic to just say "dude science lmao".
The idea is a treated gelatin or rubber that absorbs a reletively significant force applied to it and redirects and/or converts it however necessary to say power weapons and armor, charge batteries, break somebody's hand twice as hard if they punch you, etc. without suffering the consequences of impact.
The material itself absorbs a little bit of net-force, but it's obviously pretty OP so that's often negligible and pretty much renders attacking with physical force pointless unless you apply enough at once to overwhelm and destroy it.
I know just fine that this breaks plenty of natural laws, but what I'm asking for are what laws this wouldn't break so I can minimize the horseshit I have to lie about. It'd also be nice if anyone has a better idea of the same concept, but feel free to shit on it too if it could help me fix it.
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>>9134784
>>9134784
The material is made of an electrostatic resin that absorbs impacts and turns it into potential energy. This energy is slowly released as current as the suit used quantumn fluctuations between atoms to power nanomachines. The fibres act as a whole to spread as much of the energy out and redeliver an impact as force.
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>>9134784
yeah there are spiral nanoparticles reeled up inside the material
and when you punch it, they unfold, and hit back
but they unfold not only to the outside, but also partially in the inside, but this is absorbed and converted into usable energy
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>>9134784
How bout a non-newtonian liquid crystal? It would harden under pressure and generate electricity with the piezoelectric effect.
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