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An asteroid collector ship, could in theory become a replicator type operation. 1 ship builds a second as it returns with the 1st asteroid. Then those 2 ships do the same returning 2 asteroids and becoming 4 ships. 4 asteroids become 8 ships, etc. Using this model you can see a potential financial investment in space mining becoming a fortune making possibility, as well as speeding the resource accumulation phase of building near Earth orbital structures.
In short the initial costs rapidly turns into a profit, and make the process of building ships / structures faster and faster.
I don't know whether it would be fair use, but when you spoke about long narrow interstellar ships, I thought you might have shown the introductory scene from Spaceballs, with the ship that just wouldn't quit passing by.
ОтветитьI wish you would have took the time to look at the classic sci-fi space ships. We love listening the way you disseminate how such things are grounded in scientific reality and how much of it is speculative imagination of possible designs as well as other intricate details!
I hope one day you will make one such episode, the way you explain things and your soothing voice is amazing in captivating our interest and curiosity!
Merlin couldn't help you out with a hologram satellite that blocks dims and makes a sun and can also suck water out of space like a Haileys comet, was it na no one wants aking to suck the life out of everything, no you cant have all the energy to feed everybody the eat poop and die like a failed government since king davids time, hologram satellite can feed everybody on planet and desert planets ( pemmican, scrapple types of ways that don't waste life and time playing god over everybody by feeding them poop or you can go in poop pod with William Shatner for stars on mars
ОтветитьExcept that traveling close to the speed of light also contracts distance. So Andromeda would no longer be 2.5M LY away. It would be closer. Thus, taking even less time. The faster you go, the shorter the distance to your destination.
ОтветитьThank you, Barry Kripke
ОтветитьRiding a bomb don't make sense how can that be called a space craft I can't help you people is this the best yall can do
ОтветитьIt's becoming our reality.
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As time passes by, we are approching what these authors have written under the Sci Fi guise.
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And now we have to dig into more practical (and tiny detailed) things.
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Thanks
Ad Astra!
All hail the mighty space phallus!
ОтветитьHard to get much of a sense of space ship design before we even know what the propulsion system will be. Kind of like the A-10 was built around the gun, such things dictate design requirements
ОтветитьWhat a horrendors acceeeent
ОтветитьGreat work. It's really nice to listen to your voice and think about future possibilities <3
Ответитьugh its so difficult to listen to
ОтветитьKool the aliens do have and make copy's of this ship in fleets. Fine info on plants 👽👾 for the team on this video 📸😂
ОтветитьCan we get ships in fleets to travel on planet earth please! To let the world's know it's business with os to ave vert ties the truth without wasting any earth stuff and fee on paluotings!
ОтветитьAm paint this blue print on how the org can adjust to this type of ships
And info on planets .this is few people and all others play in to druma stuff! Am happy to do some work.
You only need to power a small fan and then you can create electricity
ОтветитьIsaac we need deflector shields. And we need to get along with the murderous China.
ОтветитьWhy they just use rail gun to launch spaceships
ОтветитьIf we combine star wars and star trek technologies together we'd be able to become a type one civilization
ОтветитьI been mines on the letters& numberZ it's all quillafides on the pathz paths? Bublely planets! It's not all transformer abilities! Lol ⚖️🪐🐘🖥️🤖🧾🐘
ОтветитьA coffee cup or tool on a high speed ship that may change directions rapidly wouldn't benefit from an airbag connected to an accelerometer. The only acceleration it would feel would be it slamming into something (or someone). It wouldn't have time to deploy because the ship is what moved, not the free-flying object. Perhaps you could connect these coffee cups and tools to a signal from the ship (saying it had fired maneuvering thrusters), but wanted to point out this miscommunication of the physics of the situation.
ОтветитьAwesome video!
ОтветитьMoon dust... Concrete.... = Giant spaceships made on the moon.
ОтветитьWhy isn’t there more investigation into propelling Craft into Space? It seems that the propellant that they have chosen to design into continual use, isn’t efficient or perpetual. I’m positive there are a number of methods to get Craft into Space that could lead to benefits to Space travel. It’s encouraging to understand the Horus Field and the field around Craft that serves as a protective Field, just like Earths Horus Field protects us all.
ОтветитьWe don't have the ability to change our time relativity constant, it was set here on Earth, for life to live in the universe, it must have a different time relativity counter. Humans don't have that ability, but robots do, robots will colonize space, humans can't. But we can be proud that we created them.
ОтветитьWhen you're trying to swim, the best way to get started is to kick off something. So let's put a giant floating platform around the Sun that are spaceships can mechanically kick off of, yes, the platform will push in the opposite direction, but the solar sails on the platform will offset the kick from pressure from the Sun.
Ответитьa few seconds of that voice on the Big Bang theory tv show is ok , But not 33 minutes
ОтветитьFor my sci-fi verse I'm taking design inspiration from Typhoon-class subs in using multiple pressure hulls held together by a superstructure to make up the ships, with different numbers of hulls determining the ship's weight class and the specific arrangement indicating the actual class. There's also a drive for modularity and role interchangeability.
E.g. the smallest interstellar-grade ship would be five hull units, some armor plating, two of the hulls would be reactor/engine units and the external systems would be scattered around the superstructure. Of course, I have the copout of using a clarketech metamaterial for the superstructure truss.
Excellent video. Taking pets into space would be cruel in my opinion and A.I. isn't a living thing and can never be no matter how "advanced" it gets, just a tool built for a purpose.
ОтветитьThe creator of this video is just reading away at Wikipedia to make his videos.......
ОтветитьI still want an episode with a look at the classics like the Normandy and Event Horizon 😛
ОтветитьSounds like those tanks need some self sealing stembolts.
ОтветитьI have wondered why not use a mass of water that could be refrozen to form shielding and a light sail. All this could be accomplished by using microbots that could be formed, programmed and made on-board. The materials needed would have to be designed, the transport of water by capillary osmotically and pumped at these temperatures these microbots would need to be heated, so ice creep could also be induced. The light sail would be the main problem, how heat is transported by the microbots and how to form a lattice to reflect the beams of photons that accelerate the craft. The materials for a small light sail and the power plant could be made in orbit. An asteroid could be used for the main mass of water and other materials to travel to the stars. Any thoughts would be welcomed, the use of superconductors in space would useful, the design and construction of microbots and nanobots to do the reforming of the ship to optimize its purpose.
ОтветитьI came here after getting halfway through Ring by Stephan Baxter.
It’s about a ship on a 1000 year journey (relative to the crew onboard) to the future a few million years later and they talk about the social engineering the need to have triple or when quadruple redundancy and all these other concepts
I think having the right amount of magnetic Flux pushing into the cockpit can create a gravity well that simulates earth gravity via Gravitational pressure produced by the rotation of a mercury ball at extreme speeds in a tokamak... aka magnetic Flux. You could use this effect to negate the G caused by extreme speed and thrust, or the force of extreme direction changes, like 90 degrees or more, if pulsed at the right moment. Also, every reaction has an equal and opposite reaction, so if you did that, at extreme speed, it would cause a huge tidal wave of magnetic Flux to fly away from the craft, knocking anything in it's way over.
Ответить"Having a cure for cancer means you don't actually have to care about radiation shielding" is a pretty wild insight. Kinda goes with my other hunch about interstellar travel: lack of FTL is not that big of a deal if we can radically lengthen human lifespans. If a human could expect to live 10,000 years then a century-long trip for them would be like a one-year trip for us, as a proportion of total possible lifespan.
ОтветитьThis might sound odd, but I was thinking that the shape of an axolotl's head would make an efficient fighter design. 🤔 they are an animal that just screams "minimalistic utilitarian"
ОтветитьIn many ways, as much as I love Star Trek, I think that it would be a lot more interesting if a lot of the early history were redone, or even if the events in TOS and TNG took place much later, after humanity had primitively established themselves among the stars.
I would love to imagine an early Star Trek series taking place in the early 22nd century where humanity has to make do with realistic technology, and none of the magi-tech common in science fiction, as well as references to an even earlier era where travel between the stars had to be done via generational sub-light vessels.
The hard-core fans might hate this, but I think that TOS should take place in the 24th century at the earliest, only after humanity begins to trade for extremely advanced technology.
Before that, Starfleet wouldn't have shields - they'd have to use heavily armored hulls and a heavily armored prow.
Before artificial gravity and inertial dampeners, they'd have to generate gravity by spinning and accelerating and decelerating carefully, or risk the crews passing out at best, and getting crushed to death at worst (not the mention the potential strain on the spaceframe itself).
Before the NX class and it's ilk, Starfleet and Earth vessels would be huge, unwieldly monstrosities, some of which would dwarf even the Constitution class from centuries later.
Before gravimetric impulse drives, Earth Vessels would have to maneuver using RCS thrusters, while nuclear drives means that starships have to be careful where they point their business ends and when they burn, or risk contaminating some inhabited structure. Forget STO shuttles. Before antigravity, they are too impractical. Sure nuclear drives would provide enough bang for your buck to make SSTO travel possible, if there were something that could be done about the radiation (e.i., keeping the damned nozzles from irradiating whatever they are pointed at, AND making sure the propulsion doesn't irradiate the crew and passengers!) Travel from surface to orbit would typically be achieved via space elevators, where ships and orbital taxis would dock to pick up crews and passengers.
And even after Warp Drive is invented, it would have a LOT of limitations, being power-hungry bastards which are so slow, that journeys even between the local star cluster would take months rather than days. And any vessels on exploratory expeditions that get in trouble would be alone for years, possibly decades.
You seem like you've put as much thought into this as I have; maybe more. Someone may have already mentioned this, but one way to prevent debris from a damaged ship from becoming a projectile at a planet would be to not aim for the planet when entering the planetary system.
ОтветитьJust grab an asteroid and hollow it out and stick some rockets on it.
ОтветитьWhat is this accent
ОтветитьThe mission of a science-fiction spaceship is to look cool.
ОтветитьAs much as I love all the science fiction propulsion systems like faster than light drive and hyper space and warp drive I suspect the only way we're going to reach the corners of the universe is by folding space.
ОтветитьQuestion : What are your thoughts on Bioships; meaning ships capable of growing and thinking for itself so that way there's no need to upgrade the ship. Just a thought.
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