How much energy can the core of Naboo really contain?
Posted: Mon Jun 11, 2007 2:26 pm
Just asking there. It seems, first, that the core, the molten core in fact, sits fairly deep. Well, it is not exceptionnal, as we haven't seen the Gungans or Naboos go that deep down, despite Boos Nass' words about going "through the core".
What we see about Naboo is that it's like swiss cheese. Apparently, going through the core, that is, taking a shortcut to get some kind of direct path instead of circling a certain arc of the planet, Qui Gon and co ended in a network of more or less natural rivers that all ending falling off a huge cliff.
While all rivers generally grow from small sources, and actually start as very small streams, it seems that the rivers and lakes on Naboo are heavily interconnected.
One possible explanation would be that either there are giant worms which love tunneling through the crust, or that during the more active periods of the planet's formation, super heated gas throughoutly released, often getting caught in the upper layers of the cooler crust, forming all sorts of giant pockets of air, resultnig in huge natural cavities and tunnels.
That said, with such a porous crust, the overall density can be as high as one you'd find on a planet like Earth.
Whatever happened, this could be related to the special nature of the core. That's where it's interesting.
In the films, the core is exploited to power the cities. We see that there's an impressive system that pumps what appears to be some sort of plasma.
I don't have the novelisations, so there may be more details in there.
EU sources clearly expand on this, confirming the existence of a plasma rich core, and the absence of a molten core. With whatever consequences it could have on magnetic fields.
We're also shown that the crust gets denser and denser, as the caverns get smaller and less numerous.
The EU even says that the exploitation of the plasma, used to power chips and cities, is so abundant that it's even sold to other worlds, thanks to the Trade Federation.
THe plasma is said to power all the royal and military ships, such as the yatch and N-1 fighters.
The EU says that the extractor in Theed is the most important one ever built, largely outproducing other traditionnal and much smaller extractions points, and was created after the discovery of an important plasma layer.
Knowing all this, even without taking into consideration the EU, I wonder how long those natural ressources could last, and how much total energy the planet's plasma core could contain.
As for the EU, this is interesting to know how much energy a given and small volume of such plasma, even supercompressed (EU), could provide for small or medium spaceships. It coudl put a cap on the energy requirements of the yatch hyperspace jumps, for example, or the accelerations, shields and weapons.
What we see about Naboo is that it's like swiss cheese. Apparently, going through the core, that is, taking a shortcut to get some kind of direct path instead of circling a certain arc of the planet, Qui Gon and co ended in a network of more or less natural rivers that all ending falling off a huge cliff.
While all rivers generally grow from small sources, and actually start as very small streams, it seems that the rivers and lakes on Naboo are heavily interconnected.
One possible explanation would be that either there are giant worms which love tunneling through the crust, or that during the more active periods of the planet's formation, super heated gas throughoutly released, often getting caught in the upper layers of the cooler crust, forming all sorts of giant pockets of air, resultnig in huge natural cavities and tunnels.
That said, with such a porous crust, the overall density can be as high as one you'd find on a planet like Earth.
Whatever happened, this could be related to the special nature of the core. That's where it's interesting.
In the films, the core is exploited to power the cities. We see that there's an impressive system that pumps what appears to be some sort of plasma.
I don't have the novelisations, so there may be more details in there.
EU sources clearly expand on this, confirming the existence of a plasma rich core, and the absence of a molten core. With whatever consequences it could have on magnetic fields.
We're also shown that the crust gets denser and denser, as the caverns get smaller and less numerous.
The EU even says that the exploitation of the plasma, used to power chips and cities, is so abundant that it's even sold to other worlds, thanks to the Trade Federation.
THe plasma is said to power all the royal and military ships, such as the yatch and N-1 fighters.
The EU says that the extractor in Theed is the most important one ever built, largely outproducing other traditionnal and much smaller extractions points, and was created after the discovery of an important plasma layer.
Knowing all this, even without taking into consideration the EU, I wonder how long those natural ressources could last, and how much total energy the planet's plasma core could contain.
As for the EU, this is interesting to know how much energy a given and small volume of such plasma, even supercompressed (EU), could provide for small or medium spaceships. It coudl put a cap on the energy requirements of the yatch hyperspace jumps, for example, or the accelerations, shields and weapons.