Manned missions or colonization of the gas giants.

  • Thread starter Dremmer
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In summary, the author does not recommend attempting to colonize the gas giants because of the radiation. However, balloon colonies may be feasible.
  • #1
Dremmer
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Would it be possible to send manned missions to, or colonize the gas giants? I'm talking about the actual planets, not the moons of the planets.
 
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  • #2
Manned stellar travel is so far in the future I can see no point in even discussing it. Keep in mind that after 33yrs Voyager has barley left the solar system.

Let's get to a nearby planet before we launch for the stars.
 
  • #3
No. Why? Radiation!
 
  • #4
How do you propose to colonize something with no real 'land' surface... a floating city?
And, even if you could, and survive the super-hurricanes, is there any point to it? The moons of the gas giants make much more sense... after Mars of course...
 
  • #5
Dremmer said:
Would it be possible to send manned missions to, or colonize the gas giants? I'm talking about the actual planets, not the moons of the planets.

No reason why not, in principle. The 1 bar pressure level has near Earth gravity on three of the gas giants and the orbital speed isn't onerous, especially since nuclear ramjets would work better in cold hydrogen/helium mixes than Earth's atmosphere. To explore deeper levels high-pressure gear will be needed, but all the gas giants get hot rapidly at their lower levels, so manned expeditions can only go so deep. Balloon habitats should be feasible, especially using "hot air" for lift. Waste heat from the habitat would work well enough. Heavier elements would be available deeper down but mining vehicles would need to be high temperature operable. Diamond-based machinery probably.
 
  • #6
IIRC, there was a fair SF tale set in the cloud-cities of Saturn. Fusion-heated mega balloonettes kept domed colonies aloft. One gotcha was that temperature and gravity were okay, but the ambient pressure was significantly higher than 1 Bar. This aided the buoyancy of the colonies, but meant the boiling point of water was dangerously high. A cup of coffee could be hot enough for 3rd degree burns so, IIRC, many cups & mugs had a thermochromic stripe, and trying your brew with a wary fingertip was a routine precaution...

IIRC, the colonies floated well below Saturn's radiation belts, so shielding wasn't an issue, while their altitude and latitude kept them clear of jet-streams...
 

1. What are the main challenges of sending manned missions to the gas giants?

The main challenges of sending manned missions to the gas giants (Jupiter, Saturn, Uranus, and Neptune) are the extreme atmospheric conditions, such as high pressure and temperature, strong wind speeds, and high levels of radiation. Additionally, the distance from Earth and the long travel time make it difficult to send humans to these planets.

2. Is it possible for humans to colonize the gas giants?

At the moment, it is not possible for humans to colonize the gas giants due to the challenges mentioned above. However, with advancements in technology and further research, it may be possible in the future. Colonization would require the development of new technologies and sustainable living solutions to withstand the harsh environments of the gas giants.

3. What are the potential benefits of colonizing the gas giants?

Colonizing the gas giants could lead to new scientific discoveries and advancements in space exploration. These planets have unique characteristics and environments that could provide valuable insights into the formation and evolution of our solar system. Additionally, extracting resources from these planets, such as helium-3, could provide a new source of energy.

4. What are the ethical considerations of sending manned missions to the gas giants?

There are several ethical considerations that need to be addressed before sending manned missions to the gas giants. These include the potential impact on the environment and any potential harm to any potential life forms on these planets. Additionally, there may be concerns about the safety and well-being of the astronauts during the long journey and living on these planets.

5. How will the technology used for manned missions to the gas giants be different from previous space missions?

Manned missions to the gas giants will require new and advanced technology to withstand the extreme conditions. This could include advancements in propulsion systems, life support systems, and radiation shielding. The spacecraft and equipment will also need to be able to withstand the high pressure and temperatures of the gas giants.

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