an it that's a they

don't be squeamish. but mayhem is not so hard to really appreciate.

how to make monsters. where to start, apprentice mad scientists? take the most venomous spider. no, silly, not the widow, recluse, or funnel web. the daddylong legs. it is the most venemous spider, but its teeth are just too small to puncture human skin, so they aren't dangerous to us. But what if one were to engineer a simple tooth mutation virus of some sort, a simple gene modification to extend the growth of the puncturing teeth, and voila: you just excersized what it means to be a super villain scientist.

not that its a bad thing. Take this one as a freebie. A simple enough spider virus could be made to take hold, and within generations, spread. sprinkle everywhere with it, and you've got it made. Simple, easy, and definitely mayhem. you just made the environment more dangerous for everything else. it benefits somethings, and detracts from others. who is to judge such behaviour? well i guess those affected by it. hope they have fun judging it avoiding mutant spiders.

...

take double helix, and superimpose upon it a 3d pulse graph with the double helix as the center axis of pulsegraph. the diameter of the double helix is inversely proportional to the diameter of the bulbs and stems of the pulse. the opposite charges making up the two halves of the helix cause spin, throwing out a larger pulse with more of the windings closer together, which is a smaller diameter in the helix.

im almost there. as soon as i can connect this to something else, i'll have something figured out. i wonder what it is... i have this inkling that it has to do with time.... many waves can be superimposed, but they would all have the same relative color (time), though maybe not position (x,y,z). what one would need to do is maniplate (counter-pulse) the spin of the helix, and pulse the diameter of the bulb, putting it out of phase with its overlaying companion waves, where the stems won't break, but the whole wave will "move to the side" of the others (color change.) say that i have a backyard, and that this backyard takes up a 3d area all of the same "color" (dion knows what i mean). now you build two machines, each that can effectively change the color of an enclosed space. say the backyard is blue. put a box in teh first machien, and turn it to blue. now turn the second machine to blue, the box dissappears from view, then you turn the first machine back to green, and the box appears in the second machine.

the distance between the machines should not matter, i do not think. whats the name of that quantum thingy again nick? bother my memory for that shit, it was that book you lent me. i always want to think it starts with a P. weird.

anywho. also, back to the bulbs n stems on the 3d pulsegraph. increasing the spin but keeping all the same color would increase teh diameter of the bulb so much that the connecting stems would all break, and each individual bulb would be seperate from the rest. i don't know what this does either. i think that the 3d pulsegraph in this sense is the "electron" shell bond between atoms, and by monotonizing each atom, this is a different way of describing what we are doing with our water cell.... except you gotta think about it as instead of just one bulb connected to one other bulb by a stem, its a entire latticed structure of different sized bulbs and stems (thats what a molecule kind of looks like in this sense) with one amorphous bulb capable of having several stems at once. the nice things is that by thinking of stuff built in this manner constitutes the two types of wave bits.
(this is all more or less a note to myself thats backed up online and i could possibly get feedback from from those 2 that might follow along with my ninja madness)

must sleep in...