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Quote by: Praxius  But that stretching is the light bending into one location..... there is yet to be proof that it is also physical, and even if it is physical, would we be hurt or killed during this process, or is it like looking at something under water (Distorted)? Or like a star trek transporter?
Everything in this universe is all atoms.... energy is always constant, so if we could figure out a way to isolate ourselves and our matter, could it be possible someday to go beyond just landing on planets, but actually passing through a black hole to the other side?
When you think about it.... the sound barrier was similar, where jets would attempt to reach the barrier, but eventually would disintergrate and be destroyed, until aviational design evolved the back wings and other parts of the jet, to be more streamlined to past the sound barrier and beyond.
I imagine someday we will do the same with our space ships in the future and possibly learn how to pass through hostile enviroments, even a blackhole. |
The problem is tides. You weight just slightly less on top of Mt. Everest than you do at sea level. Its something like an ounce for your average man, but being further from the majority of the Earth does have an effect.
As you approach a point mass, the gravity tugging on your toes becomes stronger than the gravity on your head because your toes are slightly closer. Same principle, just a stronger and more concentrated field. The problem is that as you approach you're eventually going to be torn in half by the tides, and then the pieces get shredded and so on until the protons in your body crack in half. This might hurt a bit.
Things might someday go through a black hole, but they won't be made of any sort of matter currently known to science. Short of meeting some Pierson's Puppeteers or locating a Slaver stasis cell, we're out of luck.