After the Moon and Mars, the moons of Jupiter are the most promising places to house the future human race since these places have one of the most critical resources, WATER!
But how could we build human bases on Jupiter’s moons? What would these constructions be like? And could we stay and live on those bases permanently?
Building a human base on a Jupiter moon is a huge challenge. Radiation is one of the main problems for astronauts. Also, Jupiter’s moons have an icy and irregular surface. To build a human base on one of Jupiter´s moons, advanced technologies.
Problems to solve
Radiation
Radiation on Jupiter is a significant problem for any space mission to the moons of this giant planet. The radiation in Jupiter’s environment is due to a combination of factors, including a strong magnetic field and the emission of charged particles from Jupiter’s magnetosphere.
This magnetic field protects against galactic cosmic radiation, deflecting charged particles toward the planet’s poles and generating intense radiation belts around Jupiter. These radiation belts contain highly energetic particles that can harm astronauts and electronic equipment on space missions.
WATER
If we talk about water, the best candidate is undoubtedly Europe. It is known that this Moon could have an entire ocean of water below its ice caps; however, reaching it could be quite a challenge, as digging a tunnel from the surface of Europa to the depths of the satellite to extract water would not be possible as easy as on Earth.
Consider that the temperatures in these places are shallow, reaching -230 degrees Celcius.
Technologies
An essential factor to consider is that the technology needed to build bases on some of Jupiter’s moons currently exists, one of which is 3D printing.
3D printers are an increasingly popular technology in manufacturing and constructing objects and structures in various fields, from medicine to aerospace engineering.
Nuclear energy
In addition to construction with 3D printers, another type of technology that we could use to build the first human bases on Jupiter is nuclear power.
This could be the only viable solution to supply energy in a place so cold and far from Earth since these moons receive very little sunlight, and solar energy would not be enough to meet the energy needs of a base.
Goodbye forever to radiation
As we mentioned earlier, one of the most crucial problems to solve is the amount of radiation the astronauts would receive on any of Jupiter’s moons.
Radiation is a significant problem that must be addressed during the construction of the base, so it will be necessary to implement radiation-resistant materials in the structures that serve as shields to protect all astronauts.
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Credits: Ron Miller, Mark A. Garlick / MarkGarlick.com ,Elon Musk/SpaceX/ Flickr
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00:00 Intro
00:58 problems to solve: radiation
2:20 first base on Ganymede
3:40 water: what’s the best candidate?
6:20 technology
8:45 nuclear energy
10:20 Goodbye forever to radiation
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#insanecuriosity #jupitermoons #jupiterbase
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Perfect for project aquarius manned mission to Jupiter and Saturn
Fantasy Land. We haven’t been able to return to our own moon in 50 years
I as the future new Tesla and SpaceX CEO Amos Kipchumba,i can say that this is fucking possible.But with our currently space technology,we need to first establish colonies on moon,Mars then later after developing nuclear powered rockets(eg starship,Axiom) and other space tech needed,we can safely build a self sustaining bases on titan,europa and even away fom solar system.🚗🚗🚀🚀👌🇰🇪🇺🇲👈🤗🤗💪💪💪
Use solar panels to avoid radiation? What?
Great video and information !
These are terrific videos 😊
On a frozen ocean world, I think a habitate that can melt the ice and sink beneath the surface would be ideal. That way it could travel down to the liquid layer, and even come back up by raising bouyancy and increasing tempature on it's hull to move upwards through the ice. A nuclear reactor that gets it's cooling from the surrounding water and helps the craft move.
these videos are pure nonsense…lol
Keep dreaming you all. We haven't even come remotely close to being capable of colonizing our moon. Then Mars which is 60 times farther away than our moon is even exponentially more unlikely within the next 100 years or likely longer. Then Jupiter is 3 times farther away from earth than Mars. While it is fascinating to imagine, colonizing any of Jupiter's moons is mere science fiction,
Radiation on Europa is about 2Sv per hour. You get your lethal dose in 2 hours. Even if the base was buried under 100m of ice, you are dead before you can even land.
Callisto would be a better choice than Ganymede. The radiation on Callisto is almost non-existent and water is also available. Callisto is also larger (though less dense) than the Moon and would have close to the same gravity as Ganymede.
It's not like we can't return to the moon in 50years.we just don't want to coz the dust was and is always a problem on the moon, damaging equipment and stuff.