Space Travel: Overcoming Cosmic Radiation Challenges

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SUMMARY

Extended space travel poses significant risks to astronauts due to cosmic radiation exposure, as highlighted in a recent discussion. Current strategies, such as turning spacecraft end-on during solar flares, are insufficient to mitigate everyday cosmic ray exposure, which can lead to severe health issues, including potential brain damage. Effective shielding solutions, such as utilizing ice from asteroids, are suggested to enhance protection. However, the consensus indicates that robotic missions remain the preferred method for space exploration due to the complexities and risks associated with human space travel.

PREREQUISITES
  • Understanding of cosmic radiation and its effects on human health
  • Familiarity with spacecraft shielding techniques
  • Knowledge of astrobiology and the potential for extraterrestrial colonization
  • Awareness of current space exploration technologies and missions
NEXT STEPS
  • Research "NASA Technical Memorandum on Radiation Shielding" for advanced concepts
  • Explore "Alpha Magnetic Spectrometer" and its role in cosmic ray research
  • Investigate "Use of Superconducting Magnet Technology for Astronaut Radiation Protection"
  • Study the feasibility of utilizing asteroids for resource acquisition in space missions
USEFUL FOR

Astronauts, aerospace engineers, space policy makers, and researchers in the fields of astrobiology and radiation protection will benefit from this discussion on overcoming cosmic radiation challenges in space travel.

  • #31
somebodyelse said:
Sooner or later humans *need* to settle on another planet to avoid accidental extinction
This is a very optimistic statement. The reaction of humans to disasters in general is not to think 'long term', it's more likely that any serious thread will be dealt with after the fashion of the population of Easter Island - virtual self destruction, instead of dealing with the problem of lack of resources. (That example is, of course only the view of some anthropologists but it's a very reasonable scenario).
One good Ice Age or the opposite could cause an extinction well before human technology could take us away from the problem. But these arguments have been visited time and again on PF and we never agree on a possible outcome of this.
 
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  • #32
Computers are still stupid. They outperform humans in specialized tasks with a very limited set of variables (like many games, where you can easily describe the rules and the full game state), but there is nothing that would even come close to a general artificial intelligence. This is not (only) a limit of computing power - even if we ignore hardware limitations, we don't have software we could run on faster computers that would behave intelligently.

We might have intelligent software before we sent humans to Mars - both timescales have a large range of estimates. Follow-up problem: Does it require a supercomputer or can we put it in a ton-scale lander?
 
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