Well, all of this just shows that the Daedalus Class Battlecruisers (BC-304) from Stargate are extremely faster. But OK, the Stargate ones also use Subspace to do it, which makes them able traveling from Earth to the Pegasus Dwarf Irregular Galaxy (a distance of 3 Million Light Years) within 3 months using the Asgard hyperdrive, which can be powered by Naquadria or a ZPM.

No ship....you need a Stargate

To get to Andromeda within one year we would have to invent some method of propulsion that would enable a ship to move faster than 2.5 million times the speed of light. Pretty unlikely.

Your direction of entropy calculations are absolutely incorrect

At Warp 10, which according to the show canon cannot be achieved, 10x10x10 1000 times the speed of light would take 2500 years to reach andromeda

But how long do you age at that speed???

They would use the dish when it unfolds on the satallites to bounce it back already being done.

Wrap drive idea is logically impossible or traditionally... i ,ean you need big mass enpugh to move all thw galaxies on the way to a smlest possible size... which may result of destruction of counless worlds and not only bugs 😅😊 plus its extreemely expensive and moving that such mass/energy is probably going to take lots of time.... but in paper its possible if we want to move pur new born copy from puter space if programmed to happen i time so in paper you program galaxies worth countless machines ,echanisms to move your ne appearing clone on a planet to anothwr where ewerything is programmed tough wrap tdrive... 😅😊😅at end its still possible... 😊

Thanks to science and ultra smart people

Too amazing

Close minded skeptics really bring humanity down. This person clearly does not know about UFO's....

I feel like the easy winner of this contest is the TARDIS, which takes you instantly anywhere in time and space. It's also the easy loser on realism, because it's just magic.

How about the Daedalus class, from Srargate Atlantis. It could go from Earth to the Pegasus Galaxy, defined in the series as being 3,000,000 light years away, in a couple of months.

If you're using the original scale it's 216 times c if you're using the updated scale it's still 216 times c but now it's warp 5 not warp 6

I believe those times are for observers watching the vessel going on away. For those onboard, it should be zero time elapsed or since so many times faster than light, reversed time onboard!?

Volume is too low even at max.

Liberator from Blake’s 7, best ship in the universe

cant wait for more

Love this. I’ll make the popcorn. My money is on the Infinite Improbability Drive

In other words, space is effing big.

"We're gonna need a faster ship." Funny, nothing new under the sun.

well, that was disappointing. your really smart and fun thanks

The white star and the Nova class battleship from Babylon 5 Battlestar Gallectica og and reboot The heart of gold from Hitchhikers guide to the galaxy

Orion is not a place, it's a direction. And it is not in the direction of the galaxy known as M31, which is in the constellation Andromeda. Orion and Andromeda are directions, not places.

Even Scotty can't help us here!! 🚀

I love chaos…keep it up

Is there in any way a consensus that traveling to another galaxy is simply never ever going to be possible.

Looking forward to this series! FTL request: A ship using the quantum slipstream drive that occasionally turned up in Voyager. Non-FTL request: the Rocinante from The Expanse

The Atlantis from star gate

Why is the volume so low?

Serenity, Firefly class.

Warp doesn't relate to speed relativistically. Because warp 10 used to be time travel. The speed of light, that just doesn't work for intergalactic travel without wormholes or some other device or mechanism to break space time. Most can't even conceive of the vast distances between solar systems never mind galaxies, and those who believe in Aliens coming to earth really don't understand how advanced and powerful they'd have to be just to get here. Any being capable of getting here MUST have a level of science so beyond our understanding that there is no chance we could even perceive or measure anything they could or would do here. They'd have to be outside space time to get here, why assume we can then detect or even interact with whatever they are?

Ok, my first time here, I need more of this please, awesome.

Weir described it best with the paper and pencil trick in his movie.

It's a really good indicator of the distances of potential interstellar travel.

I don’t know. I just watched a movie on Netflix with J-LO and her big juicy booty that proved we can get to the middle of Andromeda in a blink of the eye

Netflix Atlas flew there in a few hours, and a transmission from small beacon on a planet there was picked up on Earth almost instantaneously

Stargates are where it's at. How to get the Stargates dispersed....that's your problem.

Yeah, but in Star Wars the much smaller space ships like Millennium Falcon and Empire battle destroyers all show people just walking around without any evidence of zero gravity. So, this whole issue must have been overcome at some point in the future to provide centralized artificial gravity within smaller quantities of mass. You think? The there's "hyper drive" and how acceleration and decelleration can be achieved without exerting massive g-forces on space ship occupants. Too bad Einstein isn't around to work this stuff out......

its einfag. Warp 9 like 8103c 2,5 mil ly/8103=308,5 years....

do u have a bf

Just in case you forgot how incomprehensibly vast the "nothingness" of space is. When I started college in 2012, I rented a moving truck in a different town with a trailer for my pickup. I had already dropped off my pickup because reasons I've forgotten. When I dropped off the box truck, I had no vehicle and I don't think Uber existed. I walked. The drive from where I moved from took less time than the walk back to campus that day. We are so used to going slow, we probably wouldn't even know how to properly capitalize on the speed of warp for the first century.

Sometimes the Enterprise would do warp 10. What about those numbers.

Note that an episode of TOS dealt with intergalactic distances in a realistic way, where despite even modifications to the ship's engines, the aliens who hijacked the Enterprise expected to die during the voyage and their descendants would finally arrive. 2 million light years is damn far, even at 10 thousand times the speed of light, which is I think was the speed the aliens were aiming to achieve, 200 years is how long it would take.

Please record your videos in landscape mode. It`s horrible to watch on a 55” tv.

Casimir Cavities...

Warp 4.5 is 91.1c, so it would take 21947 years to get to the Andromeda Galaxy. Kirks Enterprise in TOS can hold Warp 6... so 9259 years to get there, the NCC-1701A at Warp 90 could do it in 2743 years. the NCC 1701-D [TNG scale] at 9.2 would still take 1225. All this assumes a limitless supply of food and fuel... which none of the ships have.

But the warp scale has changed over the course of many of the series. TOS warp 6 is not the same as in TNG or Enterprise

the episode didn't say they could go to Neptune and back in 6 minutes. They said , to Jupiter and back in 6 seconds. That's much faster.

My spacecraft is capable of traveling at Faster than light speeds part 3 - Universal dimensions speed: My spacecraft is capable of traveling at a speed of (32/(φ) times 10 ^ 28 m/s) = (32/(φ) divided by 10 times 10 ^ 29 m/s) = 1.977708763999664 times 10 ^ 29 m/s. My spacecraft is capable of traveling at a speed of (32/(φ) times 10 ^ 25 km/s) = (32/(φ) divided by 10 times 10 ^ 26 km/s) = 1.977708763999664 times 10 ^ 26 km/s. My spacecraft is capable of traveling at a speed of (32/(φ) times 10 ^ 28 meters per second) = (32/(φ) divided by 10 times 10 ^ 29 meters per second) = 1.977708763999664 times 10 ^ 29 meters per second). My spacecraft is capable of traveling at a speed of (32/(φ) times 10 ^ 25 kilometers per second) = (32/(φ) divided by 10 times 10 ^ 26 kilometers per second) = 1.977708763999664 times 10 ^ 26 kilometers per second. My spacecraft is capable of traveling at a speed of 10 ^ 27 times 160/(149896229 times (φ)) times 299792458 m/s = (32/(φ) divided by 10 times 10 ^ 29 m/s) = 1.977708763999664 times 10 ^ 29 m/s. My spacecraft is capable of traveling at a speed of 10 ^ 27 times 160/(149896229 times (φ)) times 299792.458 km/s = (32/(φ) divided by 10 times 10 ^ 26 km/s) = 1.977708763999664 times 10 ^ 26 km/s. My spacecraft is capable of traveling at a speed of 10 ^ 27 times 160/(149896229 times (φ)) times 299792458 m/s = 1.977708763999664 times 10 ^ 29 meters per second. My spacecraft is capable of traveling at a speed of 10 ^ 27 times 160/(149896229 times (φ)) times 299792.458 km/s = (32/(φ) divided by 10 times 10 ^ 26 kilometers per second) = 1.977708763999664 times 10 ^ 26 kilometers per second. My spacecraft is capable of traveling at 6.596926344290244 times 10 ^ 20 times faster than c = the speed of light =299792458 m/s = (32/(φ) divided by 10 times 10 ^ 29 m/s) = 1.977708763999664 times 10 ^ 29 m/s. My spacecraft is capable of traveling at 6.596926344290244 times 10 ^ 20 times faster than c = the speed of light =299792.458 km/s = (32/(φ) divided by 10 times 10 ^ 26 km/s) = 1.977708763999664 times 10 ^ 26 km/s. My spacecraft is capable of traveling at 6.596926344290244 times 10 ^ 20 times faster than c = the speed of light =299792458 meters per second = (32/(φ) divided by 10 times 10 ^ 29 meters per second) = 1.977708763999664 times 10 ^ 29 meters per second. My spacecraft is capable of traveling at 6.596926344290244 times 10 ^ 20 times faster than c = the speed of light =299792.458 kilometers per second = (32/(φ) divided by 10 times 10 ^ 26 kilometers per second) = 1.977708763999664 times 10 ^ 26 kilometers per second. (32/(φ) times 10 ^ 16 times 10 ^ 9) divided by (32/(φ) times 10 ^ 25) = 1.