SilentRoamer
Well-Known Member
- Joined
- May 5, 2015
- Messages
- 1,459
Ok you make a valid point on the white holes but isn't everything in the universe technically bound by nature's rule of equal opposites? I mean like light and dark, life and death, creation and destruction, the beginning and the end. So even if it is theory, would it be a realistic probability?
No - white holes have never been observed in nature and we have observed a lot of space. If the entire Universe is unbounded and geometrically flat then it's possible that the U is infinite, therefore it's also possible we live in a comparatively tiny region of space where no white holes exist but this does pretty much go against known cosmology that dictates Isotropy and homoheneity across the Universe.
However if you CHOOSE to have white holes that's your choice, IMO they are no more scientifically unviable than FTL or wormholes (ignoring Einstein-Rosen bridges and any sort of tricks using CTC's.) Just don't go too crazy with the pseudo science.
I mean if a black hole sucks everything in
Black holes don't suck anything in - it's a common misconception which you can look at in terms of classical physics - where gravitational force exceeds the escape velocity of light. Or you can talk about the curvature of space being so extreme that all world lines lead towards the center of the black hole. Once you cross the event horizon there is no more information exchange to the outside observer - of course to them you never really cross the event horizon but for yourself in proper time you do.
We have atleast prove that the world isn't flat. (Also not confirming nor denying the universe's creation was by a divine being. I am not religious myself and consider my life to belong to science more than a religious nature but that's my point, we simply dont know enough yet.) There may come a day when we discover a new law of thermodynamics or physics which either contradicts another one or replaces it all together. Just a speculation, mind.
As for the supernova, it could be contained within an energy field/shield of some description (thought it would most likely have to be a VERY strong one at that) Then the problem of heat becomes irrelevant, as the energy field/shield would contain the heat within itself.
Whatever the physics here it is only going to end up being pseudo science and technobabble. Huge energy output from a star? No problem, just use Quantum Indeterminancy Variable Temporal Shielding - all the energy that can't be absorbed gets deflected into the future, where it can then be absorbed. Voila!
Just have fun with it and don't worry too much if you think "it's been done before".
You could always use a Cosmeg!