Is a Subspace Sphere Around a Star Plausible in TNG Season 6?

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SUMMARY

The discussion centers on the plausibility of constructing a subspace sphere around a star, as referenced in TNG Season 6's "Relics." Participants conclude that such a structure is highly improbable due to the immense challenges posed by heat and radiation buildup. The conversation highlights the necessity for advanced civilization capabilities and abundant raw materials. Additionally, a ringworld is suggested as a marginally more feasible alternative, although still far beyond current technological capabilities.

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  • Understanding of theoretical astrophysics
  • Familiarity with concepts of radiation pressure
  • Knowledge of advanced engineering principles
  • Awareness of Larry Niven's science fiction works
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  • Research the engineering challenges of constructing a Dyson Sphere
  • Explore the concept of radiation pressure in astrophysics
  • Investigate the feasibility of ringworlds in theoretical physics
  • Read Larry Niven's novels for insights on advanced civilization technologies
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This discussion is beneficial for astrophysicists, science fiction enthusiasts, and engineers interested in theoretical constructs and advanced civilization technologies.

munky99999
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TNG season 6 Relics

Well I figure that they likely don't exist. But the theory that you could construct the sphere entirely around a star.

Is this even plausible?

Wouldn't heat and radiation eventually build up quite a bit.
 
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If you could pull it off (our civilization would have to be VERY MUCH further advanced and have access to LOTS of raw materials - I hope the Understatement Police aren't monitoring my computer, or I'm in big trouble), you would have quite a problem on your hands. Not only would you be getting radiation pressure from the sun on every portion of the sphere, you would be getting radiation pressure from every other part of the sphere that is not perfectly absorbing.

A ringworld would be marginally more do-able, but would still be far beyond the capacity of our civilization for any conceivable time into the future. An advantage (bootstrapping) is that the more effective radiation collectors you have, the more efficiently you could produce more collectors, providing that you're able to access more matter and scale up production as the increased energy comes on-line. Larry Niven's novels are a great place to pursue ideas like this. They are dated, but they are based on real (contemporary to publishing dates) engineering and theory. I know some career scientists, including a man who is in his 80's and STILL can't tell me any details about projects he worked on (classified), and you would be surprised how many of them are fascinated with "hard" science fiction .
 

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