Difference between revisions of "Floatrock"
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| − | Floatrock is the material that allows the cities of [[Azimuth]] to exist. A crystalline structure that uses graviton-dissonant fibres to 'anchor' itself within a gravity well, | + | Floatrock is the material that allows the cities of [[Azimuth]] to exist. A crystalline structure that uses graviton-dissonant fibres to 'anchor' itself within a gravity well, by resisting motion along the gravitational normal (ie. vertical). It is formed from a large mass proportional to the buoyant task at hand, similar to [[Antimass]]. However, unlike the latter, floatrock's mass acts as a velocity dampener rather than a force in the opposite direction to gravity. The greater the mass of floatrock, the higher the maximum mass it can hold (vertically) in place. Note that it does not need to be equally & oppositely balanced to the weight; only greater. |
==Production== | ==Production== | ||
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==Application in City Building== | ==Application in City Building== | ||
| − | Liquid floatrock is then applied via a pump hose to a skeletal framework, | + | Liquid floatrock is then applied via a pump hose to a skeletal framework held in place by construction ships or other floatrock. On exposure to the air, it rapidly hardens and crystalises; the structure that results then becomes effective floatrock. The buildup is typically applied in layers from underneath, leading to a distinctive smooth top and lumpy underside. Extra layers may be added over time, as a block or building is modified and its mass limit requirements change. |
Revision as of 05:26, 8 November 2011
Floatrock is the material that allows the cities of Azimuth to exist. A crystalline structure that uses graviton-dissonant fibres to 'anchor' itself within a gravity well, by resisting motion along the gravitational normal (ie. vertical). It is formed from a large mass proportional to the buoyant task at hand, similar to Antimass. However, unlike the latter, floatrock's mass acts as a velocity dampener rather than a force in the opposite direction to gravity. The greater the mass of floatrock, the higher the maximum mass it can hold (vertically) in place. Note that it does not need to be equally & oppositely balanced to the weight; only greater.
Production
Floatrock is typically formed from waste matter drilled up from the Understorm via Spine Rigs. It is created and sold as an aqueous solution, the key component being the advanced and much sought-after compound Nykorium T116.
Application in City Building
Liquid floatrock is then applied via a pump hose to a skeletal framework held in place by construction ships or other floatrock. On exposure to the air, it rapidly hardens and crystalises; the structure that results then becomes effective floatrock. The buildup is typically applied in layers from underneath, leading to a distinctive smooth top and lumpy underside. Extra layers may be added over time, as a block or building is modified and its mass limit requirements change.
