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Callisto orbits outside of Jupiter's radiation belt. Radiation would be lethal in less than a day on the two inner moons and with 8-10 days on Ganymede. On Callisto robotic probes could explore the inner moons in close to real time thus would be the perfect spot for a manned base.
Once we have established a mars base with launching capabilities. Then (launched from Mars) a manned mission to Jupiter's moons should be next. This gives us a better understanding of how to reduce radiation exposure on deep space missions. (It's a long flight to Jupiter's orbit)
At this time I doubt it. The radiation dose rates are a bit high in the Jovian system. Io and Europa have dose rates which can be lethal in a short amount of time. So I doubt that anything will happen soon out there. Maybe robotics with AI guidance Will be able to achieve exploration and maybe even use a lander.
Good video. I suspect that if the moon and Mars are relatively successful in getting basic bases going by the mid to late 2030s, if propulsion technology improves a bit, Callisto could easily follow a decade later.
Very interesting video. I stumbled upon this channel. The video annoys me because of our short lives and lack of technology to reach these celestial objects faster! There are so many discoveries to be found yet it’ll be future generations to experience it. Great video! Just bummed because of humanities limitations. 😅
If I had to guess before even watching the video... I would say that Callisto probably has a faster orbit it would be like a dog chasing its tail. Since it's smaller than Mercury, I'm sure it probably gets around a lot quicker... So if we were to send a Rover, are trajectory would have to be pretty precise otherwise we miss it and have to expend more fuel do a gravity assist and probably slingshot around Jupiter to catch up with it.
Nice observation! Callisto does indeed have a faster orbit compared to Mercury due to its smaller size. A precise trajectory is crucial for a Rover mission to avoid missing it, potentially requiring extra fuel and a gravity assist around Jupiter.
@@InsaneCuriosity I didn't really pay much attention in school and I may only have a GED education, but I did excel in science... Plus I watch a lot of Star talk... Neil deGrasse Tyson is my dude 😎👍
I have been saying this for years... If you look at the planets in our solar system, you can clearly see that a bit of each planet put together literally makes the Earth. So, the question is who actually did it. Aliens? Galactus? Unicron?
9 years to reach Jupiter? They have got to step it up! I'm sure they can get a probe to travel a whole lot faster than... At least 9 days instead of 9 years... What do they put in at probe...diesel? Does it have a 12 speed manual transmission? I know they've got aircraft that can go at least 12 times the speed of sound... Maybe even faster. I think the top speed of the shuttles was like 24 to 25,000 miles an hour. Even if they can get something to go as fast as 55,000 mi an hour I'm sure it wouldn't take 9 years to get to Jupiter.
The journey to Jupiter takes longer due to the vast distances in space and the need to conserve fuel for the probe's entire journey. Even with advancements in technology, achieving higher speeds while ensuring the probe's safety remains a challenge. Efforts are ongoing to improve travel times, but it's a complex process.
@@InsaneCuriosity I realize that, I think the fastest man-made object ever made was, the Parker Probe(the probe that is currently hurtling towards the Sun) reaching 394,786 mph and it has a top speed of 430,000 mph. The Juno probe only goes about 150,000 mph.... So the real question here is... Why would they design a pro to only go about a third of the speed of the Parker probe when they have the capability? I think you did answer that, it's more exploring the outer planets... If they could create a micro fusion reactor system and make it more reliant on absorbing cosmic rays, it could reuse that energy and convert it into thrust/power... Then it could be able to go faster then the Parker probe and they can also be able to control the speed and slow it down when it's doing fly-by's. Because then if it's using recycled cosmic rays and fusion reaction, they wouldn't really require fuel and that would be a lot less costly. I think the Voyager 2 is still alive if I'm not mistaken... Somehow it's still traveling outside the heliopause like way past it... It may even be reaching the edge of the Galaxy... So if that probe still alive and that was launched over 50 years ago... Think about how long the lifespan of this pro could be and how long it could stay out there.
Hey Insane Curiosity Squad! If you liked the video, we would love for you to share it with your friends or on other social networks like Facebook, Reddit Instagram, Tik Tok and Twitter, etc.. ( Since the algorithm is not cooperating in showing us to the public😅). In just 30 seconds, you will greatly help our Channel to grow and improve our future content. A big thank you from all of us.
Callisto orbits outside of Jupiter's radiation belt. Radiation would be lethal in less than a day on the two inner moons and with 8-10 days on Ganymede. On Callisto robotic probes could explore the inner moons in close to real time thus would be the perfect spot for a manned base.
Once we have established a mars base with launching capabilities. Then (launched from Mars) a manned mission to Jupiter's moons should be next. This gives us a better understanding of how to reduce radiation exposure on deep space missions. (It's a long flight to Jupiter's orbit)
At this time I doubt it. The radiation dose rates are a bit high in the Jovian system. Io and Europa have dose rates which can be lethal in a short amount of time. So I doubt that anything will happen soon out there. Maybe robotics with AI guidance Will be able to achieve exploration and maybe even use a lander.
Great content and imaging - love that the narrator doesn’t keep saying ‘awe inspiring’ every two seconds like in most space videos
Wow, thank you!
Good video. I suspect that if the moon and Mars are relatively successful in getting basic bases going by the mid to late 2030s, if propulsion technology improves a bit, Callisto could easily follow a decade later.
Great video and information !
Very interesting video. I stumbled upon this channel. The video annoys me because of our short lives and lack of technology to reach these celestial objects faster! There are so many discoveries to be found yet it’ll be future generations to experience it.
Great video! Just bummed because of humanities limitations. 😅
If I had to guess before even watching the video... I would say that Callisto probably has a faster orbit it would be like a dog chasing its tail. Since it's smaller than Mercury, I'm sure it probably gets around a lot quicker... So if we were to send a Rover, are trajectory would have to be pretty precise otherwise we miss it and have to expend more fuel do a gravity assist and probably slingshot around Jupiter to catch up with it.
Nice observation! Callisto does indeed have a faster orbit compared to Mercury due to its smaller size. A precise trajectory is crucial for a Rover mission to avoid missing it, potentially requiring extra fuel and a gravity assist around Jupiter.
@@InsaneCuriosity I didn't really pay much attention in school and I may only have a GED education, but I did excel in science... Plus I watch a lot of Star talk... Neil deGrasse Tyson is my dude 😎👍
Its interestyng
Geat video
An author wrote that an asteroid could be moved to circle Callisto to provide a base for future exploration.
I love a good fantasy.
I have been saying this for years...
If you look at the planets in our solar system, you can clearly see that a bit of each planet put together literally makes the Earth.
So, the question is who actually did it.
Aliens? Galactus? Unicron?
Allah or Zeus.
9 years to reach Jupiter? They have got to step it up! I'm sure they can get a probe to travel a whole lot faster than... At least 9 days instead of 9 years... What do they put in at probe...diesel? Does it have a 12 speed manual transmission? I know they've got aircraft that can go at least 12 times the speed of sound... Maybe even faster. I think the top speed of the shuttles was like 24 to 25,000 miles an hour. Even if they can get something to go as fast as 55,000 mi an hour I'm sure it wouldn't take 9 years to get to Jupiter.
The journey to Jupiter takes longer due to the vast distances in space and the need to conserve fuel for the probe's entire journey. Even with advancements in technology, achieving higher speeds while ensuring the probe's safety remains a challenge. Efforts are ongoing to improve travel times, but it's a complex process.
@@InsaneCuriosity I realize that, I think the fastest man-made object ever made was, the Parker Probe(the probe that is currently hurtling towards the Sun) reaching 394,786 mph and it has a top speed of 430,000 mph.
The Juno probe only goes about 150,000 mph.... So the real question here is... Why would they design a pro to only go about a third of the speed of the Parker probe when they have the capability? I think you did answer that, it's more exploring the outer planets... If they could create a micro fusion reactor system and make it more reliant on absorbing cosmic rays, it could reuse that energy and convert it into thrust/power... Then it could be able to go faster then the Parker probe and they can also be able to control the speed and slow it down when it's doing fly-by's. Because then if it's using recycled cosmic rays and fusion reaction, they wouldn't really require fuel and that would be a lot less costly. I think the Voyager 2 is still alive if I'm not mistaken... Somehow it's still traveling outside the heliopause like way past it... It may even be reaching the edge of the Galaxy... So if that probe still alive and that was launched over 50 years ago... Think about how long the lifespan of this pro could be and how long it could stay out there.
10 billion million gazillion bazillion millennium kazillion billion million years later we finally arrived at Callisto
If mankind could survive in orbit , surely we can survive on any planet.
Um okay
I wish I could see fitting facial expressions with your pronunciation lol, do a face cam lol
If we survive ai bots and global incident, we will be able to concur this moon.
Acquire*
Conquer*
No.
such boring editing 🙃
How else would u edit it
Okay, you edit it then if it’s soooo bad.
All i know is United Arab Emirates would like to establish a base on Mars. Lets encourage and help. Maybe they will take all the Muslims with them?
It's hard to get there cause you're not supposed to!🤨🤔🫤