Why doesn't Voyager in Star Trek go above the galactic plane to get ...

The reason why Voyager was unable to exit the bounds of our galaxy in order to simply "fly over it" was due to the galactic barrier already ...

Why couldn't Voyager (from Star Trek Voyager) go over or under the ...

Because it completely surrounds the galaxy. Think of the galaxy like the inside of a bubble, and the barrier as the soap of the bubble's rim.

[Star Trek] The original Enterprise was able to travel from the edge to ...

The reality is that the galaxy is a three dimensional construct and ships can go up and down as well as left and right or in and out.

Location of Voyager on the Galactic Map | The Trek BBS

In theory, it might be that Starfleet had received information from third parties - rumors of the major jumps made by the ship might have ...

Star Trek: Voyager - Galactic plane - filmboards.com

Why doesn't Voyager just go above or below the galactic plane? They would avoid a lot of problems on the way home. My iMDB ...

Outside The Galaxy? | The Trek BBS

For some reason the Federation has divided the galaxy into four quadrants, Alpha, Beta, Gamma, Delta, all in the Milky Way. Voyager got stranded ...

10 Things: Going Interstellar - NASA Science

They're designed to fly by, orbit, or land on a planet. To go to interstellar space, a probe needs to be launched into a specific orbit, and by a rocket ...

What is the current status of Voyager 1's attitude and control system?

Even if we could have something actually heading for the galactic center: the black hole there is an incredibly tiny target. It would be really ...

Scientists' predictions for the long-term future of the Voyager Golden ...

According to these models, Voyager 1 will travel so far above the main disk of the galaxy that it will see stars at just half the density as we ...

Is Star Trek's 'Galactic Barrier' real? - AIPT

For scale, Voyager, stranded on the far side, is 70 years from home at top speed. The fictional Galactic Barrier is a region enveloping either ...

Why are the Voyager spacecraft getting closer to Earth? - EarthSky

It's because for a few months, Earth moves toward the spacecraft faster in its orbit around the sun than the spacecraft move away from us. 4X ...

How Voyager Works - Science | HowStuffWorks

Voyager 2 would also fly past Jupiter, but at a more conservative distance. If all went well, both probes would be catapulted toward Saturn by Jupiter's gravity ...

Milky Way galaxy: Facts about our cosmic neighborhood - Space.com

Both of these planets have had their diameters measured directly as they transit their parent star. The Milky Way: Size, structure and mass. Men ...

How Long Would It Take To Travel To The Nearest Star?

Unfortunately, when contemplating missions to nearby star systems, the amount of fuel needed to make the trip is multiplied exponentially, and ...

Star Trek

This is exactly the problem astronomers had with describing how stars move around a galaxy. ... northward out of the galactic plane at 7 km/s. How fast is ...

Star Trek: Enterprise - Wikipedia

Rather than setting it in the 24th century alongside Deep Space Nine and Voyager, they decided to set it in an earlier period, allowing them to explore new ...

Path of Voyager relative to the galaxy? - Ask MetaFilter

Eventually, the Voyagers will pass other stars. In about 40,000 years, Voyager 1 will drift within 1.6 light-years (9.3 trillion miles) of AC+79 ...

Aliens Wouldn't Need Warp Drives to Take Over an Entire ... - Slashdot

The example is (from Star Trek of course) in For the world is hollow and I have touched the sky. The knowledge is mostly gone from the slow ship ...

Galactic barrier | Memory Alpha - Fandom

Star Trek: Star Charts would however seem to contradict itself on page 13, as the USS Voyager is stated to have started its journey home from a distance of ...

Celebrate Voyager's 40th Anniversary By Beaming A Message Into ...

It doesn't get its power from solar cells, and it had propellant ... I thought it was about Star Trek Voyager. I should go bed. Reply ...