I want to spread life to space. What should I do?

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In summary, the conversation discussed the idea of the Earth eventually being engulfed by the sun and the desire to continue life. The best strategy to achieve this goal was debated, with options including becoming a scientist, a CEO, or a head of state. From a utilitarian standpoint, the conversation concluded that the best approach would be to contribute to society through science and education. The conversation also included a humorous discussion about the effects of Viagra and Rogaine on hairstyles.
  • #1
lowerlowerhk
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Our Earth is going to be engulfed by the sun eventually. Urged by a primitive desire to continue life (human or not), I decided to devote my life to the said goal. I realized this is a risky, life-long endeavour with huge chance of achieving little at best. What is the best strategy for me? Should I become a scientist to invent discover new technology, or should I become CEO of a corporate-nation and then invest hugely on space exploration? Or should I become a head of state in order to mobilise resources of national scale? Or something else? From a utilitarian standpoint, which way is optimal?
 
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  • #2
Engulfed by the sun - only in a few billion years, just a little bit more than your lifespan so you probably won't see it happen.
I would worry, if you like to worry, about more immediate concerns of the present civilization and attempt some sort of address to those.
 
  • #3
If one were able to predict what course might be the best, I suspect lots of people would have tried it already and some likely have tried it based on whatever answer they chose. Your question has no answer. Also, I agree w/ 256bits; your concern is premature and too early in terms of where we are with space-related technology.
 
  • #4
First, swallow your pride and grandoise dreams. Then learn science. Get a STEM job. Find a nice girl/guy to start a family with. Have or adopt kids. Teach them to appreciate science so that they may teach their kids the same thing. Die happily in the knowledge that you did your part, since innovation and technological advancement is a collaborative effort and you've helped create a society willing to work on that.
 
  • #5
Build a big ark which can hold a male and a female specimen of each species and... wait... this sounds vaguely familiar..:confused:. No, scrap the ark and listen to what Bandersnatch said above, I think that was a very good post.
 
  • #6
About 2.5 tonnes of Viagra, ingested at once...
 
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  • #7
Danger said:
About 2.5 tonnes of Viagra, ingested at once...
Too much ... that would make your hair stand straight up.
 
  • #8
:DD
 
  • #9
Danger said:
About 2.5 tonnes of Viagra, ingested at once...

Hahah :DD
 
  • #10
phinds said:
Too much ... that would make your hair stand straight up.
Oh. So, all those men with spiky hair... I didn't realize.
In hindsight, it seems so obvious - the hairstyle arrival did coincide with Viagra hitting the markets.
 
  • #11
Bandersnatch said:
Oh. So, all those men with spiky hair... I didn't realize.
In hindsight, it seems so obvious - the hairstyle arrival did coincide with Viagra hitting the markets.

Yeah, and Don King made the mistake of taking Viagra AND Rogaine and look what happened to HIM:
donking.jpg


EDIT: hm ... I'm thinking this thread has gotten a bit sidetracked and pretty soon now, a mod is going to jump in and smack the crap out of a couple of us:p
 
  • #12
Well, the Op was answered, so yes, thread closed. (but the OT posts were funny)
 
  • #13
Evo's thread closer could use some pills too.
:p
 
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What are the necessary steps to spread life to space?

To spread life to space, there are several essential steps that need to be taken. First, it is crucial to identify potential locations for life to thrive in space, such as planets or moons with suitable environmental conditions. Next, research and develop technologies that can sustain life in these environments. Also, carefully select and prepare organisms that can survive in space and adapt to the new environment. Finally, launch and monitor the spread of life to space.

What challenges may arise when attempting to spread life to space?

The process of spreading life to space is a complex and challenging task. Some potential challenges include identifying suitable habitats, developing technologies that can support life in extreme conditions, and ensuring the survival and adaptation of organisms in space. Additionally, launching and monitoring the spread of life to space can also present challenges, including potential ethical concerns and the risk of contamination of other planets or celestial bodies.

What are the potential benefits of spreading life to space?

Spreading life to space can have numerous potential benefits. It could lead to a better understanding of the origins and evolution of life, as well as the potential for discovering new forms of life. It could also aid in the colonization of other planets and provide insights into the potential for life to exist outside of Earth. Additionally, spreading life to space could have practical applications, such as bioengineering and biotechnology, and could potentially lead to new discoveries and advancements in these fields.

What precautions should be taken when spreading life to space?

When considering spreading life to space, it is crucial to take necessary precautions to minimize potential risks and ethical concerns. This includes thorough research and testing to ensure the safety and viability of organisms in space, as well as strict protocols to prevent contamination of other planets or celestial bodies. Additionally, careful consideration and ethical discussions should take place to address any potential consequences or implications of spreading life to space.

How can we ensure the success of spreading life to space?

The success of spreading life to space primarily relies on thorough research, planning, and collaboration. It is essential to have a clear understanding of the environmental conditions and potential challenges of the target location, as well as developing and implementing advanced technologies to support life in space. Additionally, careful selection and preparation of organisms, as well as strict monitoring and precautions, can help ensure the success of spreading life to space.

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