I'm going to engineer a few 16 oz. cans into my oral intake reservoir. And increase my caloric alcohol level from zero to fine.
I'm going to engineer a few 16 oz. cans into my oral intake reservoir. And increase my caloric alcohol level from zero to fine.
Silicon is a great resource for many things, and, I hope to make a patent with this...
Silicon is made of earth materials, and, conductive gases. So, to make silicon, we need to merely take some gases and solidify them. Due to oxygen being turned to water vapour at the right temperature, and needing to cool oxygen to 'make mass,' we need to understand that we need to merely keep holes in the matter that is soft to... hold on...
If we were to use a laser, we could solder matter out of air, yes? This would mean that we could run a laser through a chamber, and, power it up. This would require a mere influx of power, and, then we would have... something... on the inside of the chamber. This could be called dew, but, if we keep heating it, we will easily create... 'bacteria,' yes?
When you age bacteria, through more heating, you get... biomass of some sort. I prefer to think it is actually just air collecting protons, through massive gamma ray bombardments, or, like stuff collecting on your food, like grease, hey? This will lead to something that expires and rots, though, so how do we 'embalm' it? I am sure we will have something we can sieve down into silicon, if, we manage to preserve it from rotting too much, yes?
So, if we were to compress it, by using gas injection into the vat or chamber or barrel, we could easily make it permanently tougher. This material could be like... actually, the more protons it retains the more dense the chemical, and, the further down the periodic table it finds itself, gathering density and mass, yes? This means it can stop at any interval the engineers choose, of course.
There we go! Anything, including silicon!
!! Thug LIfe !!