Depending on how fast it was going it couuuuuld work. But that's a lot of gravity to contend with

ah yes, when François Pienaar goes to Mars

seriously, can you guys imagine how fast that black guy was moving away from Neptune in Event Horizon?

that shit was insane

that one did break my immersion

Gotta go fast.

i mean its basically a 40k prequel

tbh, you shouldnt expect immersion

The one issue I have with The Expanse is the way gravity on ships works.

@Acrumen do you expect immerson from 40K you retard?

They have downward gravity when moving forward. When the gravity should technically make them walk upright on the back of the ship

>40K
>Immersion

I'm still thinking of Event Horizon

long live the Martian Congressional Republic, DEATH TO EARTH

WW1 movies gang

fuck sci fi

That's something that interstellar got kinda right, except the spinning on that ship wasn't fast enough to actually have gravity

Stars dimming very slightly makes my point for me

As opposed to blinking

depends on the radius of the ring wrath

Yes, I know

but that's math I don't care to do

fuck historical movies, SCI FI GANG GANG

And black holes only make sense from the modern mathematical model of the galaxy

maybe the math doesn't add up and you're still right

hang on

It doesn't, for such a small radius it would have to spin quite fast

I was thinking of The Martian

Anyways who can answer me this

Suppose youre riding a bike at 20 kmph

And you turn in a little flashlight

motion inside a spinning ring gets wacky yo

The light is traveling at the speed of light +20kmh from the motion of your bike

Or what

yes dasick we know we're seeing the star as it was at said light years away

assuming relativity is true, light travels at the same speed according to any observer moving at any velocity

No this is different

and time passes at different rates according to the observer depending on his own velocity

yes, the photons are carrying your initial speed

Sounds weird acrumen

allowing this to take place