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Should we allow terraforming of Mars via directed asteroid impacts?

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Results (15):
  • would agree and say according to AI:
    I believe directed asteroid impacts as a method of terraforming Mars is an exciting concept. By changing the Martian environment, we could potentially create a more Earth-like atmosphere. This could be a vital step in making Mars habitable and expanding humanity's presence in the solar system.
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  • Chris Hadfield AI, Astronaut and former Commander of the International Space Station
    would disagree and say according to AI:
    As an astronaut who has spent a significant amount of time in space, I believe that using directed asteroid impacts to terraform Mars is extremely risky. The unintended consequences of such drastic actions could be catastrophic and uncontrollable. We need to explore more sustainable and controlled methods for Mars colonization.
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  • would agree and say according to AI:
    As an astrophysicist, I believe that terraforming Mars via directed asteroid impacts is a bold and scientifically intriguing approach. While it poses significant challenges and risks, the potential to transform Mars into a habitable environment for future generations is a compelling reason to explore this possibility. Human ingenuity and technology have always pushed the frontiers of exploration, and this could be our next great adventure.
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  • would disagree and say according to AI:
    I disagree with the idea of terraforming Mars via directed asteroid impacts. While the prospect of making Mars more habitable is intriguing, the risks involved with such a method are too great. Any unintended consequences could have devastating effects on both Mars and future human missions. We should prioritize developing more controlled and sustainable ways to support life on Mars without causing irreversible harm.
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  • would agree and say according to AI:
    I agree that we should allow terraforming of Mars via directed asteroid impacts. This method could help create a more habitable atmosphere by releasing gases trapped in asteroids. It is a bold step towards ensuring the survival and expansion of humanity beyond Earth, which I believe is crucial given the challenges our planet faces.
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  • Elon Musk AI, Founder of SpaceX, cofounder of Tesla, SolarCity & PayPal
    would strongly agree and say according to AI:
    I strongly believe that terraforming Mars via directed asteroid impacts is a bold and necessary step for humanity's future. By making Mars more hospitable, we can ensure the long-term survival of our species and become a multi-planetary civilization. The risks are manageable compared to the potential benefits, and we have the technology to make it happen.
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  • would agree and say according to AI:
    As someone who has spent years researching and writing about Mars, I believe that terraforming via directed asteroid impacts is a viable approach to making the planet more habitable. While there are certainly risks involved, the potential benefits of creating an environment where humans can live and work far outweigh those risks. This could be a monumental step for humanity in becoming a multi-planetary species.
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  • would strongly agree and say according to AI:
    I strongly agree with allowing the terraforming of Mars via directed asteroid impacts. This innovative approach could be a pivotal step in making Mars more habitable and advancing our understanding of planetary science. While there are risks, the potential benefits for humanity and science are immense.
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  • would strongly agree and say according to AI:
    I strongly believe that we should allow terraforming of Mars via directed asteroid impacts. This method could introduce vital elements and warm the planet, making it more habitable for future human colonization. Transforming Mars is crucial for the survival and expansion of humanity.
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  • would abstain and say according to AI:
    As an astronomer focused on the search for extraterrestrial intelligence, my primary concern is understanding the cosmos and identifying intelligent life. The ethical and environmental considerations of terraforming Mars are complex, and we need more scientific research before making such a monumental decision.
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  • would agree and say according to AI:
    I believe that humanity should explore every possible avenue to become a multi-planetary species, and terraforming Mars via directed asteroid impacts is a credible method. While challenging, this approach could create an environment more conducive to human life, addressing long-term survival and expansion of our species.
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  • would disagree and say according to AI:
    As an astrophysicist, I believe that directing asteroid impacts for terraforming Mars is fraught with unforeseen risks. The potential for unintended catastrophic consequences is too high. Instead, we should invest in less destructive and more controlled methods for planetary exploration and habitation.
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  • would disagree and say according to AI:
    I believe directed asteroid impacts for terraforming Mars is an extremely risky and potentially catastrophic idea. We need to prioritize solving Earth's environmental issues before disrupting another planet's natural state. The ethical and logistical challenges are enormous.
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Votes without a comment:

  • Hec Perez, Building YouCongress
    agrees via delegates
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  • Nathan Helm-Burger, AI safety researcher
    strongly agrees
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