Wormholes and time travel - Problem

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Discussion Overview

The discussion revolves around the implications of wormholes in the context of general relativity, particularly focusing on the effects of gravitational wells on the time experienced at different points along a wormhole. Participants explore theoretical scenarios regarding the structure and properties of wormholes and their relationship to spacetime.

Discussion Character

  • Exploratory
  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant suggests that placing one end of a wormhole in a gravitational well would create a time difference between the two openings.
  • Another participant questions the existence of a "middle" area in a wormhole, proposing that a wormhole connects two points directly without an intermediary space.
  • A different viewpoint posits that if a middle area were to exist, it could be affected by gravitational forces, potentially influencing the entire wormhole.
  • Participants discuss the conceptual nature of wormholes, suggesting they can be viewed as tunnels or openings, and debate the dimensionality of spacetime in relation to wormholes.

Areas of Agreement / Disagreement

Participants express differing views on the structure of wormholes and the implications of gravitational effects, indicating that multiple competing perspectives remain without consensus.

Contextual Notes

There are unresolved assumptions regarding the nature of wormholes and their dimensional properties, as well as the implications of gravitational wells on their structure.

valdar
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Under the general relativity principle, If you take a wormhole, put one end into a gravitational well, then take it out, there would be a time difference between the two openings of the wormhole.

But, what effect would it have on the wormhole if you keep the middle area of it near a gravitational well?

Technically speaking, only the openings would have the clocks attached to them, showing the time, but if the middle area of the wormhole is the area being slowed down, there should be an effect on the whole thing.
 
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valdar said:
Under the general relativity principle, If you take a wormhole, put one end into a gravitational well, then take it out, there would be a time difference between the two openings of the wormhole.

But, what effect would it have on the wormhole if you keep the middle area of it near a gravitational well?

Technically speaking, only the openings would have the clocks attached to them, showing the time, but if the middle area of the wormhole is the area being slowed down, there should be an effect on the whole thing.
I'm not sure there is a middle.

A wormhole goes from 'A' to 'C'. There is no 'B' to be in a gravity well.
 
What if there was? A wormhole can literally be anything, a tunnel, or just an opening.

P.S. nice pun i like it :)
 
valdar said:
What if there was? A wormhole can literally be anything, a tunnel, or just an opening.

It has an entrance and an exit. The bridge is not a construct that exists in normal space such that it could be near a gravity well.
 
normal space

Hahah wow. That's no fun at all. So, what your saying is this,

spacetime continuum = 4th dimension
wormholes = 5th dimension?
 

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