Here's another one for ya: rotate a sphere in such a way that it doesn't look like a sphere.
Bend the space around it. The thing is, we don't have that kind of technology, so we can't do it. Maybe computers will be based on that space bending stuff a thousand years from now. Who knows?
About, breathing in a vaccuum, I have to tell you something about the universe first. You cannot create a vaccuum in untampered space. That's because of the matter which makes up the universe. The framework of space -- what governs are physical possibilities -- is not matter, therefore it can, the impossible impossible doesn't apply to it. I"m sorry, I should've clarified this one earlier.
Finding the largest integer can extend beyond adding one to whatever amount I give. You need to think outside the box in order to discover these "huge" numbers, which is kindof pointless. There's probably some special formula just waiting to describe this number of yours.
Total darkness is impossible in a universe with matter (as explained in the breathing part) so we'll leave that one alone. -- People will emit some energy in the form of light, and with highly evolved eyes, well be able to see in near darkness.
It is impossible for A to be B and for B to be C, but for A not to be C.
You're trying to tell me something it's impossible for something to be yourself. I'm telling you to remove yourself from the confines of our 'normal' universe. Like I said earlier, if you warp the space around it, you can make something so that it's not equal to itself.
It is impossible to measure exactly the position and momentum of a quantum object (the Uncertainty Principle).
I'm glad you brought this one up.
1.The Heisenberg uncertainty principle, formulated by the German scientist Werner Heisenberg, states that in the world of subatomic particles, the very act of observing alters the reality being observed, and therefore, in that world of subatomic particles, one can never measure all properties exactly.
2. The “uncertainty” in the uncertainty principle cannot be done away with by better observation techniques; rather, it is part of the nature of reality itself.
3. The uncertainty principle does not apply to the world of ordinary objects, since in that world, the effect of observation on the reality observed is so small as to be negligible.
Taken From:
http://school.discovery.com/lessonplans/programs/understanding-uncertainty/
Predicting the exact properties of an object in space is impossible because it
pertains to the set conditions of space around that object. In such a case, it can be said that you're actually trying to predict the properties of the space around this object, right? And like I explained earlier, this cannot not be applied to our "universal framework".