The ukrainian ball travels from the void to the gas, and from there to the gas to do whatever it wants to get gas. in the void, it will go back to the void to get gas again, and again to do whatever it wants to get gas. and to get back to the void to get gas, the ukrainian ball, will do whatever it wants to get gas. if the ukrainian ball gets enough gas it will finally be free, and will continue to travel from the void to the gas. what if the ukrainian ball stops moving forward, is that it will stop moving forward, it will stop traveling from the void. the space/time continuum is infinite, and the space/time continuum is infinite. i dont have an answer for that... i wish i did, but my answer is not quite there.

well, i have to make a confession... i am a good man, for i have just started to tell my ukrainian ball. i think i have the ukrainian ball figured out (and i mean the ukrainian ball), and I could actually use it. it could be used to do the things that i think are impossible. but i need some more fuel for my ukrainian ball to go out and get gas. it could take it a while, maybe years, to figure out what i am talking about. i would know exactly what i have to do, and where to go.

maybe my ukrainian ball is there, but can't move. maybe i will die on my way to my ukrainian ball, and it will be there waiting for me to come and get gas at some point. maybe it won't ever be there. is it possible that i would make the ukrainian ball a star? but that is only one of a trillion possible answers. is there one answer so good that no other is better? the answer is a thousand billion zeros in a million billion possible ways. but there is one way that is good enough to be called the "answer" and so it is good enough. i know the ukrainian ball has a perfect answer to every possibility, and so i know that i am not even close to being close to finding an answer to any of those things, but my ukrainian ball is as good a way as any to go with that perfect answer.

if i just found an answer for every way

review written by ai robots