How do you calc the GBE of a Ringworld the size of the solar system and has more mass than all the planets in the galaxy combined

[Peter1129]

So yeah basically the title how do you calc the GBE of something like this if it’s even possible?

Spinning out a magical ribbon, they knot the beads together to form a single strand, a great limiting ring orbiting the star. Spare matter is siphoned from the star into the ring to form the mass of their new world, a Ringworld. A huge land is born there. A land where cute girls can live endless lives.

While Homo sapiens are born of physical intercourse, Homo magica are born of clay. With a wave of their staff and a magic rite, cute, little girls sprout from the ground. One girl becomes two, two girls become four, four become eight... The number of Homo magica increases exponentially. While the area of the Ringworld is much larger than all the planets in the galaxy combined, it is filled with cute girls in no time at all.

Previous ring created by the Homo magica

What is spread out below me is a disk the size of the solar system. So huge that it’s unfathomable to even conceptualize.

If it’s not possible to calc the GBE for this Ringworld. Can we get a tier for creating the Ringworld by just using the Earth’s GBE multiplying it by the number of planets in the Milky Way Galaxy?

 

[FelpeXDopZ]

I have no clue where this feat comes from or what the details of it are, but I find this to be an interesting question. When you talk about a “ringworld”, do you mean something like a halo ring from Halo? see the image below

I'm asking this since in the second statement you included, they talk about a "disk", and I think I can calculate the GBE of a "thin" disk using a few reasonable approximations, but the GBE of a ring like the one in Halo might turn out to be too complicated (although I can try I guess).

 

[Peter1129]

I have no clue where this feat comes from or what the details of it are, but I find this to be an interesting question. When you talk about a “ringworld”, do you mean something like a halo ring from Halo? see the image below

I'm asking this since in the second statement you included, they talk about a "disk", and I think I can calculate the GBE of a "thin" disk using a few reasonable approximations, but the GBE of a ring like the one in Halo might turn out to be too complicated (although I can try I guess).

These are the pages related to the feat. The disk and Ringworld are two different things but I assumed the Ringworld was something like the solar system size disk thing as it orbits a star and all.

 

[FelpeXDopZ]

These are the pages related to the feat. The disk and Ringworld are two different things but I assumed the Ringworld was something like the solar system size disk thing as it orbits a star and all.

Thanks for the extra information, however, I feel like there isn't enough insight on the feat. In order to calculate the GBE of the disk we need to know its thickness, and since it's also stated the disk was hollowed at the center, we'd need to know the radius of this hole too. About the ringworld, I think it's implied to have the shape of a noodle? If that's the case, it could be modeled as a torus, but again we'd need to know the length of the minor radius to get the GBE.

Are there any visuals of the disk or ringworld?

 

[Peter1129]

Thanks for the extra information, however, I feel like there isn't enough insight on the feat. In order to calculate the GBE of the disk we need to know its thickness, and since it's also stated the disk was hollowed at the center, we'd need to know the radius of this hole too. About the ringworld, I think it's implied to have the shape of a noodle? If that's the case, it could be modeled as a torus, but again we'd need to know the length of the minor radius to get the GBE.

Are there any visuals of the disk or ringworld?

Nah sadly there isn’t any extra info. And no the noodle is just the narration mentioning how easy it is for them to destroy planets. So yeah there isn’t really any other info we have about this Ringworld.

Guess the best thing we can calc here is the Ringworld having area much larger than all the planets in the galaxy combined?

 

[Peter1129]

Bump

 

[FelpeXDopZ]

Nah sadly there isn’t any extra info. And no the noodle is just the narration mentioning how easy it is for them to destroy planets. So yeah there isn’t really any other info we have about this Ringworld.

I see, then I'm afraid I can't reliably quantify this feat, sorry :/

Guess the best thing we can calc here is the Ringworld having area much larger than all the planets in the galaxy combined?

If you're talking about getting a possibly lower bound for the feat, then I wouldn't be so sure on how to do that since there really are no hints on the size and shape of the ringworld other than it possibly having a major radius equal to the size of the solar system.

 

[Peter1129]

I see, then I'm afraid I can't reliably quantify this feat, sorry :/


If you're talking about getting a possibly lower bound for the feat, then I wouldn't be so sure on how to do that since there really are no hints on the size and shape of the ringworld other than it possibly having a major radius equal to the size of the solar system.

I mean just the part about it having an area much larger than all the planets in the galaxy combined. Like would it be possible to just get a tier from this by just multiplying Earth’s GBE by the number of planets that exist within the galaxy?

 

[FelpeXDopZ]

I mean just the part about it having an area much larger than all the planets in the galaxy combined. Like would it be possible to just get a tier from this by just multiplying Earth’s GBE by the number of planets that exist within the galaxy?

Not really, since the GBE depends on the shape of the object. Multiplying the GBE of Earth by the number of all planets in the galaxy (let's say N) would be like assuming N Earth-like planets were assembled, which isn't necessarily the same as assembling a gigantic ring and might not even yield a remotely close value the the actual GBE.

 

[Peter1129]

Not really, since the GBE depends on the shape of the object. Multiplying the GBE of Earth by the number of all planets in the galaxy (let's say N) would be like assuming N Earth-like planets were assembled, which isn't necessarily the same as assembling a gigantic ring and might not even yield a remotely close value the the actual GBE.

Damn. Then is there anyway to calc this feat of creating something with more area than all planets in the galaxy?

 

[FelpeXDopZ]

Damn. Then is there anyway to calc this feat of creating something with more area than all planets in the galaxy?

I'm afraid that's not possible either since it still depends on the shape of the object, and we are also missing the mass of the ring :/
Maybe this feat could qualify as Solar System level according what's stated here

creating whole Solar Systems is ranked as Solar system level

But that's a big maybe since there's no real solar system being created, although a gigantic ring the size of the solar system with an "area much larger than all the planets in the galaxy combined" might be good enough. But I'd recommend asking someone who knows more on the subject, perhaps people who deal with verses where similar feats are performed.

 

[Peter1129]

I'm afraid that's not possible either since it still depends on the shape of the object, and we are also missing the mass of the ring :/
Maybe this feat could qualify as Solar System level according what's stated here

But that's a big maybe since there's no real solar system being created, although a gigantic ring the size of the solar system with an "area much larger than all the planets in the galaxy combined" might be good enough. But I'd recommend asking someone who knows more on the subject, perhaps people who deal with verses where similar feats are performed.

Alright thanks for answering the questions