Challenged1
Registered Member
It might help to check out the Wormhole FAQ (at wwwDOTwebfilesuci.org/wormholeFAQ.html).
It's an excerpt from The Physics of Stargates --Parallel Universes, Time Travel, and the Enigma of Wormhole Physics by Enrico Rodrigo.
(wwwDOTamazon.com/Physics-Stargates-Parallel-Universes-Wormhole/dp/0984150005)
According to the book (based on a bunch of peer-reviewed physics papers):
1. An Einstein-Rosen bridge is totally untraversable (it briefly opens, then immediately closes way too fast to traverse).
2. Travesable wormholes need exotic matter.
3. Exotic matter can exist.
Regarding #3: Exotic matter is defined as matter that violates what's called an "energy condition" -- an attempt to define physical "reasonableness" for matter (e.g. requiring its density to be positive). The weird thing is that every proposed energy condition has failed. There are always counter examples of matter, known to be consistent with the laws of physics, that violate the proposed energy conditions. These usually involve quantum effects. Bottom line: If you can't rule out exotic matter, you can't rule out traversable wormholes.
It's an excerpt from The Physics of Stargates --Parallel Universes, Time Travel, and the Enigma of Wormhole Physics by Enrico Rodrigo.
(wwwDOTamazon.com/Physics-Stargates-Parallel-Universes-Wormhole/dp/0984150005)
According to the book (based on a bunch of peer-reviewed physics papers):
1. An Einstein-Rosen bridge is totally untraversable (it briefly opens, then immediately closes way too fast to traverse).
2. Travesable wormholes need exotic matter.
3. Exotic matter can exist.
Regarding #3: Exotic matter is defined as matter that violates what's called an "energy condition" -- an attempt to define physical "reasonableness" for matter (e.g. requiring its density to be positive). The weird thing is that every proposed energy condition has failed. There are always counter examples of matter, known to be consistent with the laws of physics, that violate the proposed energy conditions. These usually involve quantum effects. Bottom line: If you can't rule out exotic matter, you can't rule out traversable wormholes.