Warping an Average Guy Across Town: Exploring Negative Mass

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Discussion Overview

The discussion explores the concept of using negative mass to warp an average person across town, specifically through the application of ring-shaped drives. Participants examine the mechanics and requirements for such a warp mechanism, including the energy sources involved.

Discussion Character

  • Exploratory, Technical explanation, Conceptual clarification

Main Points Raised

  • One participant inquires about the amount of negative mass required for warping an average person across town.
  • Another participant specifies the use of ring-shaped drives for this purpose.
  • A question is raised regarding the power source for the warp mechanism.
  • A later reply suggests a combination of solar panels and Farnsworth Fusors as power sources, while also stating that some negative mass is necessary. They propose that for a bar-shaped drive, the mass of Jupiter would be needed, whereas for a ring-shaped drive, only the mass equivalent to a Voyager Probe is required.
  • One participant emphasizes that the discussion is not related to science fiction or fantasy, referencing community guidelines.

Areas of Agreement / Disagreement

Participants present various ideas and hypotheses regarding the mechanics and requirements of negative mass and warp drives, but no consensus is reached on the specifics or feasibility of the concepts discussed.

Contextual Notes

There are unresolved assumptions regarding the definitions of negative mass and the practicalities of the proposed energy sources. The discussion does not clarify the scientific basis for the claims made about the mass requirements for different drive types.

RyderP
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How much negative mass would it take to warp, say, an average guy across town?
 
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That is, using ring-shaped drives?
 
What powered the warp mechanism?
 
Noisy Rhysling said:
What powered the warp mechanism?
A combination of solar panels and Farnsworth Fusors. But, some negative mass must be used. For a bar-shaped drive powering a ship, one the mass of Jupiter is needed; for a ring-shaped one, you only need one the size of a Voyager Probe.
 

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