Kratosen Material in Ruartei | World Anvil

Kratosen (/kɹeɪˈtosən/)

Power Source for Warp Drives

Kratosen is the power source for warp drives. More accurately, Kratosen is an exotic material that when refined from its natural rock/ore state and converted to plasma is capable of producing Aewijaj-Qua forces. Multiple transit conductors direct these forces to combine into a Wijaj Shell which creates a warp bubble around the object it encloses.

Properties

Origin & Source

Kratosen ore is a scarce commodity, usually found on desolate planetoids or in asteroid belts, but plentiful enough to sustain a vast interstellar commerce and trading network along with fundamental military priorities.

Availability of refined Kratosen, on the other hand, is much more limited, due to dangerous mining conditions and the hazardous refining process.

Characteristics

a rock of raw Kratosen ore
Kratosen Ore by Tulonsae using MidjourneyAI

Kratosen ore looks like an orange and neon-green rock, often mixed with small amounts of red and usually containing dark grey/black streaks.

During processing, Kratosen becomes a sticky and partially melted orange, neon-green, and red sludge oozing over its rock.
Once refined, Kratosen becomes a bi-color neon-green and orange-red liquid, mostly separated and with occasional dark impurities.

Stability

In its ore form, Kratosen is stable and inert. In sludge form, it’s toxic, highly volatile, and extremely hazardous. In liquid form, it’s stable and when hermetically contained, does not deteriorate.

In gas form, it’s volatile and unstable — easily converted to plasma with small amounts of energy. Over time, the gas slowly degrades and eventually dissipates.
In plasma form, Kratosen creates an Aewijaj-Qua field, proportionally sized to the amount of plasma. Due to the sudden increase in mass and gravitational force, this can be dangerous for nearby matter — especially organic objects and lifeforms — if not properly directed.

Production

Mining

Kratosen ore is found in veins and nodes deep within large rock formations on planetoids and asteroids. It is difficult for sensors to detect Kratosen ore since its physical properties closely match those of the rocks surrounding it. Fortunately, veins of the ore nearly always lead to a large lode of the ore, making the search worthwhile.

The exploration process is rather dangerous since most worlds limit any sort of complicated decision-making machinery — unless its closely supervised by a humanoid. So exploration is performed by humanoids wearing exosuits using space scooters and directing simple helper bots.
After Kratosen ore is located, space mining is used to extract the ore from the veins and lodes. This type of mining is the most economical method for these locations, but is not entirely safe for the humanoids that manage the machinery.
Once extracted, the ore is transported to a nearby mining hub, leaving behind craters, unstable rock formations, and drifting debris.

Processing

sludge of processed Kratosen ore
Kratosen Sludge by Tulonsae using MidjourneyAI

Refinement

example of normal grade of refined Kratosen
Refined Kratosen by Tulonsae using MidjourneyAI
example of premium grade of refined Kratosen
Premium Refined Kratosen by Tulonsae using MidjourneyAI

Hazards & Environmental Impact

Usage

Distribution

Trade & Market

Trade & Market

Storage

Storage

Law & Regulation

Law & Regulation
Type
Ore/Mineral
Value
High
Rarity
Moderately scarce
Odor
toxic
Color
orange-red and neon-green with a bit of black
Common State
Rock/ore
Related Locations


Cover image: A Kratosen Mining Hub on Bia by Tulonsae using MidjourneyAI
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