There was a Sci-fi tale in which the first interstellar ship to an extrasolar planet, on a voyage of many years (centuries, I think) with crew on suspended animation (hibernation) arrives to the destination to find a developed civilization on that planet, but... human. It happened that during their long voyage, humanity developed much faster spaceships (FTL) and in the meantime they fully colonized the planet
2:06 *"The ships brighten up to life as they lit up the lunar skies. 12 neon blue lines appear and propell the fleet foward, taking them into a trajectory path into the unknown."*
I'm not sure at all you could see "blue lines" in space, unless they are formed by particles that emit their own light, or reflect light like the tail of a comet
@@LeastNationalistPole Depends on how much antimatter and which types of drives are available to you. Currently no material can withstand the temperatures that pure antimatter photon drives would produce, the entire ship would just evaporate, so if that doesn't change we'll have to go with the weaker but much more efficient antimatter-thermal drives. The same goes when only a small amount of antimatter is available.
@@mifiwi3438 ...that's precisely why magnetic nozzles are used coupled with radiators, also antimatter thermal drives are absolutely not what you want for interstellar travel, they have awful isp.
That's insane. Antimatter powered space ships along with on board tech to step up production of antimatter on another planet. All though it sounds fancy but in near future it will be just so common. That first interstellar travel will be the biggest yet most emotional trip.
"The matter and antimatter tanks on a Galaxy-class starship are nine-tenths depleted. Calculate the intermix ratio necessary to reach a starbase 100 light years away at warp factor 8." Wesley: As soon as I realized it was a trick question, there was only one answer. Mordock: Yes. There is only one "ratio" with matter-antimatter. One to one. -Coming of Age, TNG, s1, ep19
My grandmom was bornin 1906, the year after the right brothers flew. During her 89 years of life she witnessed men walking on the moon, the space shuttle, the probes to mars and the rest of the solar system, then she witnessed human beings in orbit on the international space station. 2100 just a little under 80 years and we have better tools to help us solve problems much faster than before. I think you will be surprised unless we destroy each other.
Did they burn the money or did it pass to the contractors and workers that were involved? Did these contractors and workers not pay taxes on the income? Also, after the taxes did they not continue to operate? Since the government collects taxes it actually recovers approximately 3 times a much as they pay out over time. The only thing that mess it up is misinformed tax cuts. They just cause deficits.@@sarthaksingh8863
As a Vietnamese old sentence said by literally random folks: "If you want to go fast, go by yourself! If you want to go far, go as a group!" I can never imagine how lonely it would be if one day we sent only one ship to explore the beyond!!
We’d probably send out duo’s, one dedicated science vessel and one general purpose auxiliary cruiser for security and if the Fermi paradox is true, a little distraction so the science ship can get away
In the Star Trek universe, warp space crafts are being tested and the first starship enterprise nx 01 begins interstellar exploration in 2151 in our inter galactic fleet historic logs (circ 3084)
I can't wait for our permanent settlement on the moon, I'd join the program even if my job was to be a plumber, because i wish to be there when Humanity progresses into the stars
@@djw7141unexpectedly blue collar jobs seem to be harder to automate than white collar ones. Or there may be some blue collar jobs that AI can automate, but it's cheaper to use a human instead of a robot.
@@CASA-dy4vs At absolute minimum with our knowledge of physics it would take 4 years. 2 years to receive a distress message and 2 years to get there assuming the absolute fastest possible travel or if you assume they get closer and the shuttle intercepts ahead instead of attempting to catch up
Proxima Centauri does appear to have a planet in the habital zone, but the star is a Red Dwarf, and the planet's orbit is only 11.2 days, so it is most likely tidally locked to the star. Not a really good place to be. And to boot, that class of star, frequently has wildly erratic flares (Danger Will Robinson! Radiation!).
Yes, Proxima Centauri is not our first choice to expand space settlements as one of the habitable neighboring extroplanets. If more space settlements selections are continues, Gliese 832, 583, Teergarden, and Tau Ceti are better to consider as Earth 2.0.
All valid points but here is another one that seems to be overlooked: How do you get a spacecraft to go into orbit around the exoplanet? The star is only 12% the size of the sun but it is 33 as dense, making it's gravitational pull over 5 times that of the sun. The planet orbits at around 4.5 million miles from the star at a descent speed. So to say the ships would deaccelerate and drop into orbit is a tall order. It took Messenger 6.5 years from launch and a number of gravity assists from the inner planets to get Messenger to slow down and go into orbit around Mercury. Newtonian physics may not apply in the SiFi world but they are still required in the real world.
Brilliant ! Design suggestion. You really need two rings counterrotating to cancel out the rotation forces on the central spine that occurr from the ring bearings and the services rotating joints ( water, air, waste, fuel etc that need to be moved between spine storage and the rings ). Transiting passengers from pressurised transports (starship etc) berthed at the spine and into the rotating rings without being exposed to space and needing suits, has not yet been solved !!!!! Minimum ring size for around 1g would seem to be 500m dia and much less than 2rpm to avoid nausea when rotating ones head.
Teacher:- you are punishing to make a hybrid spaceship which can run in space (water vapour propellent + electric engine) and planet (drone), a 'gaurdians of galaxy ' spaceship design.
Eighteen plus years is a long time to contain the antimatter. If something happened to the containment for just a fraction of a second, it would be all over.
FTL communication might be even more of an issue than FTL transit. In the chance that we discover FTL capable engines, we'll have courier starships to deliver simple packages, and people will have to meet face-to-face.
@@OxtoraykFTL is not physically possible. What is possible is taking “shortcuts.” Basically if you have a wormhole, you can move much faster and across a smaller area to get to the same place. So we can’t actually go faster than the speed of light, but it’s similar. To visualize this imagine a road around a mountain. To go around the mountain takes an hour, but if you have a tunnel through the mountain you can get there in 10 minutes
@@OxtoraykAnd thankfully we don't know much. Current theories are in conflict with one another and none of them paint the full picture. Each of them just describe a particular aspect of reality and break if pushed beyond their domain. So it's only a matter of time something else and better comes around that will advance physics from its current state, just like theory of relativity advanced it from newtonian physics. And if it just so happens that crossing galaxies in seconds is indeed impossible, then the only option is to digitize brain and put it on pause as you and travel like a space rock to other places, forever breaking connection with humanity; i wouldn't volunteer.
Makes a lot of sense, there is a large truss structure to keep distance from the engine and antimatter fuel storage and the crew/cargo at the front. And the hab module is circular so it can rotate and simulate gravity when cruising at constant velocity, but with individual modules that can swing 90° so that the hab decks turn perpendicular to the axis of the ship during acceleration and deceleration phases to simulate gravity that way instead of rotating the whole hab ring.
@@memorobles7857 Yes, however there seem to be no radiators, no counter-rotating habitats and no frontal shielding for the ship, instead relying entirely on the front-mounted laser which also can't be used when decelerating. As well as the rather odd choice of having 5 engines on the back, meaning you need an individual shadow shield for every single one of them. Either way, the ship is pretty realistic as far as most interstellar ships tend to look...
@@CarlosAM1 I apologize, I just assumed you might have expected a more "conventional" sci-fi design. At first glance I thought the other two rings might be acting as counterrotating flywheels but now that you mention it they are indeed spinning in the same direction as the hab ring, maybe an animation mistake? The laser does seem like a bit of an afterthought indeed. Also thought it could've been a simplification of the caption text as I assumed the frontal shielding systems might've been conceived as more complex, since the concave structure seemed to me like it might be intended as part of a particle capture system to use as adittional propellant mass or whatnot, but I guess it makes more sense to assume the designer thought of it as just a reflector for incoming signals and having the frontal laser double up as a communication device. The engine placement might be handwaved away too, but there's certainly no way around the radiators. All in all I think it might just be the artist trying to avoid just making it look like yet another ISV Venture Star copy for aesthetic's sake :/
Are you guys actual engineers or is this just based on assumptions? Even if you are engineers this is like the wright brothers debating the international space station. Reality of it will probably be nothing anyone has dreamed of
Amazing. I love relativistic space travel. Although 25% C seems somewhat low for anti-matter propulsion and wouldn’t be economically viable. Especially since accelerating up to 75% C is relatively cheap compared to going higher than 75%, so it would be worth the cost of making ships larger to hold more fuel.
@@CASA-dy4vs i meat procedurally generated artificial structures. For example, if there'sa habitable planet there's a chance that it'll have one or several space stations/elevators and mini flying object more like a spaceship
Nope, we will be still colonizing solar system, 3200ad I think first non human probe to promixa then depending on when the probe responds and ship building time 8000 ad humans will be sent, this is guess
OK- 18 yrs to get there. You pick up your cellphone and tell the Earth “we made it”. 8 yrs later you get the response “never mind, the FTL ship is coming to pick you up”
Will be more realistic to show only a portion of the fleet making it safely. Also possible by the time the fleet arrives in 18 years, another fleet, maybe from different nation, that left later but with higher speed, would've already arrived and claimed the planet.
Great idea, like driving a glass house thru a hail storm, without headlights, no moon light or street lights in the middle of nowhere in freezing temperatures. Sounds like a good idea. Tell the family, sit up front,, close to the window & tell em i love you...
Th nice thing about only aiming for nearby stars, if that even if you jump the gun a bit, you've only lost a few yesrs, at worst. If FTL ships are developed before you land, it should be easy enough to get on new generation colony ships, and strike out for even more distant stars
What an outstanding video. Subscriber #392 here. I have been totally blown away by this and look forward to seeing more of your content in the future! Someday, maybe a stop by the TRAPPIST system? :)
Interesting how at 3:03 the spinning lights of the habitat ring looks a lot like so many reported UFO sightings that described spinning lights on what appeared to be a disc-shaped ship.
100 years is optimistic but considering the pace that we’re at right now, the only thing preventing us from really using an antimatter engine like this is producing the antimatter, since the current technology makes even a gram of antimatter cost quadrillions of dollars
2/ acceleration by giga ion engines at 1/500 of a "g" for weeks (months ?) would not interfere with the 1g centrifugal force experienced by the passengers. Less than 200gm chest load, barely noticeable, though some low friction items might slide on the cafeteria table !!
Anyone capable of calculating the "gravitational" effect of accelerating to 0.25c in 88 days? The strain on structures not very close to the axis of direction would be enormous I would suppose. All well snd hood that the totating rings would provide some g at their radii, but only if they aren't torn off first! And a thought occurred to me. As I understand it, relativistic speeds increase mass dramatically. Would that mean people with their 1g-adapted musculature would have to haul around heavier bodies, pump heavier blood, etc., even during the "cruise" portion of the flight?
Cool, but you probably wouldn't initially settle planets upon getting to a new star, you'd set up rotating space habitats, and many of them, and faster-than-light travel is not at all likely. Essentially, we can make a city-scale rotating space habitat very quickly, in fact, we can make many of them very quickly, and they can be extremely Earth-like inside.
I think we don't have enough people for these things. And I don't think we will ever have. A human pod for creating now offspring is the only thing that can make this kind of goals achievable.
This is a pretty cool concept video but the timeline is super ambitious lol. The level of development on the moon in such a short amount of time is kind of crazy. I don't think it's necessarily realistic but it's a cool thought!
Unfortunately about half way to Proima Centauri, new data started to show that a rog planet had entered it's solar system changing the axis of the planet leaving it uninhabitable. Also, a major engineering problem arose that would require major engineering changes to the craft that is not repairable. Returning to Earth would be impossible at their range. The only good news is that about 4 years in another direction, rare earth mineral asteroids were detected. The bad news is that there wouldn't be enough energy to turn the ship. A second mission using shuttles would have to go there, mine for the necessary minerals and make a return trip. That would be a 12 year mission with no guarantees.
Sorry if im a pessimist, but with this design, what would be protecting the ships at 25% light speed from space debris and dust ripping through? That far out in space and at that speeds, debris would be very undetectable for systems to shoot with lasers I'd imagine
I absolutely love the visuals. It’s a great computer animation! But realistically, though, with that kind of infrastructure around the orbit of earth, and the moon, that would’ve taken many many years, Maybe 100 years to build 2 New York city sized space station in space. By that time our ships would’ve looked something closer or similar to Star Wars. 😆
i chose to believe that only one ship will arrive , it will be named Unity , its captain will be assassinated and the ships occupants will break up in to 8 factions .
There was a Sci-fi tale in which the first interstellar ship to an extrasolar planet, on a voyage of many years (centuries, I think) with crew on suspended animation (hibernation) arrives to the destination to find a developed civilization on that planet, but... human. It happened that during their long voyage, humanity developed much faster spaceships (FTL) and in the meantime they fully colonized the planet
What was the name of it?
Name?
“Far Centaurus” by A.E. van Vogt. Published in 1944
@@y3graj “Far Centaurus” by A.E. van Vogt. Published in 1944,
@@Rugr4tt “Far Centaurus” by A.E. van Vogt. Published in 1944,
2:06
*"The ships brighten up to life as they lit up the lunar skies. 12 neon blue lines appear and propell the fleet foward, taking them into a trajectory path into the unknown."*
" *North Korea stays quiet, as it's about to fly over it's airspace.* "
I'm not sure at all you could see "blue lines" in space, unless they are formed by particles that emit their own light, or reflect light like the tail of a comet
@@Hueanaballofficialyes
Great proposal. I agree, deep space travel would require a fleet. People would go mad traveling alone for years.
It would only be a few years when using anti matter
it also depends on what kind of engine we use their are fusion torch drives@@LeastNationalistPole
@@LeastNationalistPole Depends on how much antimatter and which types of drives are available to you. Currently no material can withstand the temperatures that pure antimatter photon drives would produce, the entire ship would just evaporate, so if that doesn't change we'll have to go with the weaker but much more efficient antimatter-thermal drives. The same goes when only a small amount of antimatter is available.
Not to mention the redundancy of a fleet compared to a single ship that might be evaporated by a single micrometeorite.
@@mifiwi3438 ...that's precisely why magnetic nozzles are used coupled with radiators, also antimatter thermal drives are absolutely not what you want for interstellar travel, they have awful isp.
That's insane. Antimatter powered space ships along with on board tech to step up production of antimatter on another planet. All though it sounds fancy but in near future it will be just so common. That first interstellar travel will be the biggest yet most emotional trip.
"The matter and antimatter tanks on a Galaxy-class starship are nine-tenths depleted. Calculate the intermix ratio necessary to reach a starbase 100 light years away at warp factor 8."
Wesley: As soon as I realized it was a trick question, there was only one answer.
Mordock: Yes. There is only one "ratio" with matter-antimatter. One to one.
-Coming of Age, TNG, s1, ep19
Talk shit Wesley get hit
3:35
Beautiful and scary, imagine if we see something like this entering our solar system
Even in 2100s, the night time light up over North Korea is still dark 💀
and that makes south korea looks like an Island in night time
NK isn’t exactly known for its technological and infrastructural development capabilities
@@saucevc8353it’s more known about how the leader has multiple long sticks
Betcha Kim is still alive somehow
Very optimistic to set this in early 2100s. Maybe if we were on the For All Mankind timeline. But awesome video!
If only FOMK can go for 10 or 15 seasons.
My grandmom was bornin 1906, the year after the right brothers flew. During her 89 years of life she witnessed men walking on the moon, the space shuttle, the probes to mars and the rest of the solar system, then she witnessed human beings in orbit on the international space station. 2100 just a little under 80 years and we have better tools to help us solve problems much faster than before. I think you will be surprised unless we destroy each other.
Look up ‘Rockwell International Integrated Space Plan (Preliminary) 1989’ and you’ll see where we are in a black project setting
@@arewecrazyyet yeah but "men walking on moon" took crazy amount of money , so much that we havent been able to do that again in 60yrs .
Did they burn the money or did it pass to the contractors and workers that were involved? Did these contractors and workers not pay taxes on the income? Also, after the taxes did they not continue to operate? Since the government collects taxes it actually recovers approximately 3 times a much as they pay out over time. The only thing that mess it up is misinformed tax cuts. They just cause deficits.@@sarthaksingh8863
As a Vietnamese old sentence said by literally random folks: "If you want to go fast, go by yourself! If you want to go far, go as a group!" I can never imagine how lonely it would be if one day we sent only one ship to explore the beyond!!
We’d probably send out duo’s, one dedicated science vessel and one general purpose auxiliary cruiser for security and if the Fermi paradox is true, a little distraction so the science ship can get away
In the Star Trek universe, warp space crafts are being tested and the first starship enterprise nx 01 begins interstellar exploration in 2151 in our inter galactic fleet historic logs (circ 3084)
Love the detail that you turned moon with lots of fity lights like we colonized it
And those anti matter engines... They are just laser beams
Ever read Larry Niven?
I can't wait for our permanent settlement on the moon, I'd join the program even if my job was to be a plumber, because i wish to be there when Humanity progresses into the stars
With the progress of AI jobs like that will be the only ones left for the humans privileged enough to even have a job
@@keyboardt8276if ai takes over like that, why wouldn’t robots be used for plumbers?
@@djw7141unexpectedly blue collar jobs seem to be harder to automate than white collar ones. Or there may be some blue collar jobs that AI can automate, but it's cheaper to use a human instead of a robot.
Such a beautifully executed piece. The stuff of future dreams made real through the design and architecture of these scenes. Great story
This just popped up on my feed and I absolutely love it! Fantastic job!
I have no idea how I didn't come across this before! Amazing work!
Note to future self: I'm subscription # 319 and view # 2,880.
Yo wassup entropian
Thanks! I also like your videos.
WTF is Entropian Doing Here?
Tears in my eyes watching this! Great job and thanks for sharing it.
This is the kind of stuff I love to see. Awesome video. Just subscribed.
Wow, imagine that😳. It's Fascinating. Welcome to the 24th century. I hope my great great great grandkids have a safe journey to a new world 🌎.
I think you need a few more "greats" in there!
Imagine being on the one ship that breaks down half way there, and then tumbles uncontrollably.
It could be easily rescued. It will be tumbling on the same course. We would rescue them.
@@arewecrazyyet How many years would it take to rescue them, hhhmmm.
@@jmazz1127not long really, shuttles are fast.
@@arewecrazyyetif comms break down it will be basically impossible to spot the half kilometer object in interstellar space
@@CASA-dy4vs
At absolute minimum with our knowledge of physics it would take 4 years. 2 years to receive a distress message and 2 years to get there assuming the absolute fastest possible travel or if you assume they get closer and the shuttle intercepts ahead instead of attempting to catch up
Wow, beautiful. And good sound as well. This hit me at a really deep level. Subscribed.
Proxima Centauri does appear to have a planet in the habital zone, but the star is a Red Dwarf, and the planet's orbit is only 11.2 days, so it is most likely tidally locked to the star. Not a really good place to be. And to boot, that class of star, frequently has wildly erratic flares (Danger Will Robinson! Radiation!).
Yes, Proxima Centauri is not our first choice to expand space settlements as one of the habitable neighboring extroplanets. If more space settlements selections are continues, Gliese 832, 583, Teergarden, and Tau Ceti are better to consider as Earth 2.0.
All valid points but here is another one that seems to be overlooked: How do you get a spacecraft to go into orbit around the exoplanet? The star is only 12% the size of the sun but it is 33 as dense, making it's gravitational pull over 5 times that of the sun. The planet orbits at around 4.5 million miles from the star at a descent speed. So to say the ships would deaccelerate and drop into orbit is a tall order. It took Messenger 6.5 years from launch and a number of gravity assists from the inner planets to get Messenger to slow down and go into orbit around Mercury. Newtonian physics may not apply in the SiFi world but they are still required in the real world.
If we took time dilation into account, the travel might have seemed to be 18y for the crew but much more for earthlings
I love how the cities lights on the Moon are just current earth's citites light (thats the meditteranean coast on the northern part of the Moon)
I can see lol
Brilliant ! Design suggestion. You really need two rings counterrotating to cancel out the rotation forces on the central spine that occurr from the ring bearings and the services rotating joints ( water, air, waste, fuel etc that need to be moved between spine storage and the rings ).
Transiting passengers from pressurised transports (starship etc) berthed at the spine and into the rotating rings without being exposed to space and needing suits, has not yet been solved !!!!!
Minimum ring size for around 1g would seem to be 500m dia and much less than 2rpm to avoid nausea when rotating ones head.
Teacher: Stop playing with paper airplanes
Me at the back:
Teacher:- you are punishing to make a hybrid spaceship which can run in space (water vapour propellent + electric engine) and planet (drone), a 'gaurdians of galaxy ' spaceship design.
Eighteen plus years is a long time to contain the antimatter. If something happened to the containment for just a fraction of a second, it would be all over.
Double the protections lol
AMAZING visualisation of Star travelling and Planet collonisation in the Future 🤩 THANKS FOR THIS 🌟😊👍
Creating a connected galactic society will pretty much be impossible without FTL travel
FTL communication might be even more of an issue than FTL transit. In the chance that we discover FTL capable engines, we'll have courier starships to deliver simple packages, and people will have to meet face-to-face.
@@TheUlquiorraCifer FTL communication could appear even faster than FTL travel tech, development of quantum teleportation is already ongoing.
FTL is just not possible for all we know anyways
@@OxtoraykFTL is not physically possible. What is possible is taking “shortcuts.” Basically if you have a wormhole, you can move much faster and across a smaller area to get to the same place. So we can’t actually go faster than the speed of light, but it’s similar. To visualize this imagine a road around a mountain. To go around the mountain takes an hour, but if you have a tunnel through the mountain you can get there in 10 minutes
@@OxtoraykAnd thankfully we don't know much. Current theories are in conflict with one another and none of them paint the full picture. Each of them just describe a particular aspect of reality and break if pushed beyond their domain. So it's only a matter of time something else and better comes around that will advance physics from its current state, just like theory of relativity advanced it from newtonian physics. And if it just so happens that crossing galaxies in seconds is indeed impossible, then the only option is to digitize brain and put it on pause as you and travel like a space rock to other places, forever breaking connection with humanity; i wouldn't volunteer.
Ciao, personally i love this kind of videos, so thank you, many greetings from brunswick in germany and please stay safe 🙃
Awesome! Great work and content!
No, it is awfull
Very enjoyable watch. Very well done indeed. Could feel the heart you have on this subject.
Subscriber #402 and viewer 6,318! Amazing work and holy smokes I nearly teared up!
Hi 402, I'm 403! 😃
Why the music has changed? Thomas Bergensen theme was much better. I watched this video a lot of times and every time that music gave me goosebumps
Interstellar travel ~mrm
ua-cam.com/video/NaKe5Hj5cXg/v-deo.htmlsi=MqqVpdB5JIs_95Xu
You know I wish I was born later to be on these historic missions
rather odd ship design but absolutely stunning visual work here, great job.
Looks like something out of star trek.
Makes a lot of sense, there is a large truss structure to keep distance from the engine and antimatter fuel storage and the crew/cargo at the front. And the hab module is circular so it can rotate and simulate gravity when cruising at constant velocity, but with individual modules that can swing 90° so that the hab decks turn perpendicular to the axis of the ship during acceleration and deceleration phases to simulate gravity that way instead of rotating the whole hab ring.
@@memorobles7857 Yes, however there seem to be no radiators, no counter-rotating habitats and no frontal shielding for the ship, instead relying entirely on the front-mounted laser which also can't be used when decelerating. As well as the rather odd choice of having 5 engines on the back, meaning you need an individual shadow shield for every single one of them.
Either way, the ship is pretty realistic as far as most interstellar ships tend to look...
@@CarlosAM1 I apologize, I just assumed you might have expected a more "conventional" sci-fi design.
At first glance I thought the other two rings might be acting as counterrotating flywheels but now that you mention it they are indeed spinning in the same direction as the hab ring, maybe an animation mistake?
The laser does seem like a bit of an afterthought indeed. Also thought it could've been a simplification of the caption text as I assumed the frontal shielding systems might've been conceived as more complex, since the concave structure seemed to me like it might be intended as part of a particle capture system to use as adittional propellant mass or whatnot, but I guess it makes more sense to assume the designer thought of it as just a reflector for incoming signals and having the frontal laser double up as a communication device.
The engine placement might be handwaved away too, but there's certainly no way around the radiators.
All in all I think it might just be the artist trying to avoid just making it look like yet another ISV Venture Star copy for aesthetic's sake :/
Are you guys actual engineers or is this just based on assumptions? Even if you are engineers this is like the wright brothers debating the international space station. Reality of it will probably be nothing anyone has dreamed of
😮😮🎉🎉❤❤ i am sorriu Life teu present😮😮❤❤🎉🎉
Amazing. I love relativistic space travel. Although 25% C seems somewhat low for anti-matter propulsion and wouldn’t be economically viable. Especially since accelerating up to 75% C is relatively cheap compared to going higher than 75%, so it would be worth the cost of making ships larger to hold more fuel.
Bro if space engine would add interstellar space travel or even space structure/megastructures, i would be playing non stop
Space engine has interstellar space travel tho
@@CASA-dy4vs i meat procedurally generated artificial structures. For example, if there'sa habitable planet there's a chance that it'll have one or several space stations/elevators and mini flying object more like a spaceship
@@Idklmao1502 eh space engine is about realism so it’s probably not gonna be added
Bruh whyd u change the music the previous
one was fire
Interstellar travel -mrm
ua-cam.com/video/NaKe5Hj5cXg/v-deo.htmlsi=MqqVpdB5JIs_95Xu
I would bet for an even bigger fleet, and no return ticket. Hard to forecast, but the most realistic journey I saw until now.
It kinda makes me sad, knowing that I will die before 2100, but that interstellar travel will quite possibly happen between 2100 - 2200
you can still travel to the moon or mars in the near future
Nope, we will be still colonizing solar system, 3200ad I think first non human probe to promixa then depending on when the probe responds and ship building time 8000 ad humans will be sent, this is guess
The ambience at 3:01 man…serene
OK- 18 yrs to get there. You pick up your cellphone and tell the Earth “we made it”. 8 yrs later you get the response “never mind, the FTL ship is coming to pick you up”
lol
Will be more realistic to show only a portion of the fleet making it safely.
Also possible by the time the fleet arrives in 18 years, another fleet, maybe from different nation, that left later but with higher speed, would've already arrived and claimed the planet.
And by the time the ships returned Earth had been turned into a radioactive wasteland
It was really realistic,the expectations,materials and time frame but faster than light travel at the end is simply impossible
You don’t need to travel faster than light in order to get from A to B before light can
This is not FTL. Do you have brain damage?
That's what warp drives are for lol
Great idea, like driving a glass house thru a hail storm, without headlights, no moon light or street lights in the middle of nowhere in freezing temperatures. Sounds like a good idea. Tell the family, sit up front,, close to the window & tell em i love you...
You underestimate how truly empty space is poopsie. .
Lmao very optimistic to think we could ever go interstellar within 82 years
only if nasa wasn't broke😭
You thought we wouldn’t notice that 3 Body Problem reference… but we did
Th nice thing about only aiming for nearby stars, if that even if you jump the gun a bit, you've only lost a few yesrs, at worst. If FTL ships are developed before you land, it should be easy enough to get on new generation colony ships, and strike out for even more distant stars
It would need some shield at the front to stop all material damage to the rest of the ship.
agreed, sth like ISV venture star is a lot more realistic
😮😮🎉🎉❤❤Como será o futuro no ano 2100😮😮🎉🎉❤❤
This is so addicting to watch!!!
What an outstanding video. Subscriber #392 here. I have been totally blown away by this and look forward to seeing more of your content in the future!
Someday, maybe a stop by the TRAPPIST system? :)
sure should make a video about travelling to Trappist-1 , probably with avatar-style spaceships
@@TrappistSpace That would be amazing!
@@TrappistSpace How big is an interstellar spaceship?
I love the reference to reach’s video at 2:08
Is it just me or is this part just give me nostalgia/memories of my child hood 3:03 - 4:08
You came from another planet!
@@ericgolightly8450😂
But it does. It feels familiar for some reason like something that would be shown in class at school or on a TV show in the background of something.
You fired lasers at interstellar debris in your childhood 😮
Excellent video!
As technology advances back on Earth, the 2nd fleet will catch up to the 1st. As years pass, newer and faster fleets will over take the 1st fleet.
T-126: Amazon offers free shipping for galactic members.
If you expect a Positive future. You are a Positive man.
now to finance the damn thing
It only cost 69 bitcoin
Interesting how at 3:03 the spinning lights of the habitat ring looks a lot like so many reported UFO sightings that described spinning lights on what appeared to be a disc-shaped ship.
Why does they changed the soundtrack???
Interstellar travel- mrm
ua-cam.com/video/NaKe5Hj5cXg/v-deo.htmlsi=MqqVpdB5JIs_95Xu
Space colonization is our modern trend nowadays, live forever & prosper! Alleluia! Amen!
Those are some pretty optimistic numbers!
Did the background music in the video change?
I’m pretty sure it was different before
Thank you video brilliant compliment
100 years is optimistic but considering the pace that we’re at right now, the only thing preventing us from really using an antimatter engine like this is producing the antimatter, since the current technology makes even a gram of antimatter cost quadrillions of dollars
2/ acceleration by giga ion engines at 1/500 of a "g" for weeks (months ?) would not interfere with the 1g centrifugal force experienced by the passengers. Less than 200gm chest load, barely noticeable, though some low friction items might slide on the cafeteria table !!
I love that they have placed a SpaceX Starship at 1.23 into the video.. : )
This type of spaceship designs looks very vulnerable to space debris 🙄🙄 without a force field surrounding it will definitely get destroyed...
Is that a starship at 1:29?
No
We’re also banking on the fact their wouldn’t be some mutiny mid journey
Anyone capable of calculating the "gravitational" effect of accelerating to 0.25c in 88 days? The strain on structures not very close to the axis of direction would be enormous I would suppose. All well snd hood that the totating rings would provide some g at their radii, but only if they aren't torn off first!
And a thought occurred to me. As I understand it, relativistic speeds increase mass dramatically. Would that mean people with their 1g-adapted musculature would have to haul around heavier bodies, pump heavier blood, etc., even during the "cruise" portion of the flight?
Magnifique. Video ,bravo❤❤❤
Fantastic!
What's mod used for ksp?
I don’t think this is Ksp lmao
Professor brand: Get out there and save the world!!
Cool, but you probably wouldn't initially settle planets upon getting to a new star, you'd set up rotating space habitats, and many of them, and faster-than-light travel is not at all likely.
Essentially, we can make a city-scale rotating space habitat very quickly, in fact, we can make many of them very quickly, and they can be extremely Earth-like inside.
I think we don't have enough people for these things. And I don't think we will ever have. A human pod for creating now offspring is the only thing that can make this kind of goals achievable.
Where ia reverse burn to speed down from 25% of speed of light ?
I researched it and😲😯😮😦😧😨😰😿🤧😤😭 wept...one of the most fascinating things I've ever 🤯😱😳🥺seen.
This might be much better. ua-cam.com/video/WlKgCweQpNA/v-deo.html
Excess of emojis
I diagnose you with stage 4 emojiitis
Dude, save some emojis for the rest of us.
😮😮😮😮😂🎉😮😢
Stellar animation!
5:04 is it bad that ive listened to this one track on spotify so much i can recognize it anywhere wherever it shows up?
The tracks name is Interstellar Journey by the Mrm team btw for anyone wondering
This video is mad underrated
Ok. We will definitely need something more spaceship like. Not that Jeff Bezos pinky. But I love the idea.
I wonder how they fixed the interstellar radiation problem. Right now water is our best option.
Subscriber Number 453 viewer 11,268. This video looks great great inspiration from another video
I subscribed, you need more
What was the name of the prievous second music?
This is a pretty cool concept video but the timeline is super ambitious lol. The level of development on the moon in such a short amount of time is kind of crazy. I don't think it's necessarily realistic but it's a cool thought!
We really do need more insight on the FTL drive.
Thats not FTL, thats a regular antimatter engine
@@secretman7605 idiot, watch the final part of video
@@secretman7605bro ment the 2232 AD ship
Need to save money and keep myself alive. Perhaps I cam see at least the beginning of this.
Unfortunately about half way to Proima Centauri, new data started to show that a rog planet had entered it's solar system changing the axis of the planet leaving it uninhabitable. Also, a major engineering problem arose that would require major engineering changes to the craft that is not repairable. Returning to Earth would be impossible at their range. The only good news is that about 4 years in another direction, rare earth mineral asteroids were detected. The bad news is that there wouldn't be enough energy to turn the ship. A second mission using shuttles would have to go there, mine for the necessary minerals and make a return trip. That would be a 12 year mission with no guarantees.
Sorry if im a pessimist, but with this design, what would be protecting the ships at 25% light speed from space debris and dust ripping through?
That far out in space and at that speeds, debris would be very undetectable for systems to shoot with lasers I'd imagine
The other music was more exhilarating. 🙂
true...... i need to find a music that is free to use......
@@TrappistSpace wait, how did reach's video not get striked?
@@TrappistSpacewhat was the name of the second song in the video before you changed the soundtrack?
Great video btw
I absolutely love the visuals. It’s a great computer animation! But realistically, though, with that kind of infrastructure around the orbit of earth, and the moon, that would’ve taken many many years, Maybe 100 years to build 2 New York city sized space station in space. By that time our ships would’ve looked something closer or similar to Star Wars. 😆
almost every ship in Star Wars is scientifically so poor designed that they would be useless in Space
i chose to believe that only one ship will arrive , it will be named Unity , its captain will be assassinated and the ships occupants will break up in to 8 factions .
The spaceship can travel in lightyears, because there are some goods, that the humankind needs.
Who is cameraman
I liked it