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Mutanite Group
Admixti Mutanite
typeID | 77524 |
Mass | 4,000.00 kg |
Volume | 4.00 m³ |
Base Price | 5,000.00 ISK |
Category | Mutanite |
Description | An unstable form of ore, mutanite is rendered useless by any attempt to refine it with the technologies currently available in New Eden. Despite this, it is highly prized by the cluster's major factions as its unique and evershifting molecular structures hold the promise of new insights into the Abyssal environments inside which they formed. The Admixti variant of mutanite shows signs of exposure to multiple abyssal environment types. Admixti seems to have a stabilizing effect on empty space around it, rendering nearby warp drives inoperable as long as it remains exposed. |
Amperum Mutanite
typeID | 77118 |
Mass | 4,000.00 kg |
Volume | 4.00 m³ |
Base Price | 5,000.00 ISK |
Category | Mutanite |
Description | An unstable form of ore, mutanite is rendered useless by any attempt to refine it with the technologies currently available in New Eden. Despite this, it is highly prized by the cluster's major factions as its unique and evershifting molecular structures hold the promise of new insights into the Abyssal environments inside which they formed. The Amperum variant of mutanite forms in an Electrical abyssal environment and is theorized to generate a powerful electrical current, but only when inside a sealed void outside the range of any conductive or sensory apparatus. |
Conflagrati Mutanite
typeID | 77419 |
Mass | 4,000.00 kg |
Volume | 4.00 m³ |
Base Price | 5,000.00 ISK |
Category | Mutanite |
Description | An unstable form of ore, mutanite is rendered useless by any attempt to refine it with the technologies currently available in New Eden. Despite this, it is highly prized by the cluster's major factions as its unique and evershifting molecular structures hold the promise of new insights into the Abyssal environments inside which they formed. The Conflagrati variant of mutanite forms in a Firestorm abyssal environment and is always 0.97 degrees kelvin warmer than the environment in which it is stored, but its thermal conductivity is reduced the hotter it becomes. |
Peregrinus Mutanite
typeID | 77418 |
Mass | 4,000.00 kg |
Volume | 4.00 m³ |
Base Price | 5,000.00 ISK |
Category | Mutanite |
Description | An unstable form of ore, mutanite is rendered useless by any attempt to refine it with the technologies currently available in New Eden. Despite this, it is highly prized by the cluster's major factions as its unique and evershifting molecular structures hold the promise of new insights into the Abyssal weathers inside which they formed. The Peregrinus variant of mutanite forms in Exotic abyssal weather and is the densest form of mutanite but only when completely inert in a zero-energy environment. |
Solis Mutanite
typeID | 77420 |
Mass | 4,000.00 kg |
Volume | 4.00 m³ |
Base Price | 5,000.00 ISK |
Category | Mutanite |
Description | An unstable form of ore, mutanite is rendered useless by any attempt to refine it with the technologies currently available in New Eden. Despite this, it is highly prized by the cluster's major factions as its unique and evershifting molecular structures hold the promise of new insights into the Abyssal environments inside which they formed. The Solis variant of mutanite forms in a Gamma abyssal environment and emits trace amounts of cosmic radiation in the presence of harmonic sounds. It is hotly disputed amongst the science community as to which genre of harmonic sound produces the best results. |
Tenebraet Mutanite
typeID | 77421 |
Mass | 4,000.00 kg |
Volume | 4.00 m³ |
Base Price | 5,000.00 ISK |
Category | Mutanite |
Description | An unstable form of ore, mutanite is rendered useless by any attempt to refine it with the technologies currently available in New Eden. Despite this, it is highly prized by the cluster's major factions as its unique and evershifting molecular structures hold the promise of new insights into the Abyssal environments inside which they formed. The Tenebraet variant of mutanite forms in a Dark abyssal environment and has a surprisingly low frictional coefficient unless exposed to photonic radiation. |