Dorian Ambrose
The Mad Eccentric
SPECIAL FEATURES
- Multipurpose
- The newly synthesized chemical is remarkably versatile, its molecular density and energetic stability allowing it to be refined into a highly efficient fuel for starships and ground vehicles alike, producing immense propulsion yields with minimal residue. In its raw, unrefined state, however, the same volatile energy lattice renders it dangerously reactive, making it a potent foundational compound in the construction of high-yield explosive devices.
- Highly Flammable
- The newly created chemical is catastrophically flammable, its ignition threshold so low that even minor friction or ambient heat can trigger a violent blaze that surges to temperatures capable of liquefying nearly all known metals and complex alloys. Once alight, it burns with an insatiable intensity, effortlessly eating through less-dense materials; composites, ceramics, and structural polymers, leaving molten ruin in its wake.
- Slow Burning
- Despite its highly flammable nature, the newly created chemical exhibits a paradoxically slow, controlled burn when stabilized in its refined fuel state, releasing energy in a measured cascade rather than an instantaneous flare. This prolonged combustion cycle allows starships and vehicles to extract greater propulsion efficiency from each unit of fuel, significantly extending operational range and endurance.
- Increased Performance
- In its refined fuel form, the newly created chemical enhances combustion efficiency within propulsion systems, granting starships and vehicles a marked surge in thrust output; an extra boost that can be tapped for rapid acceleration or sustained high-performance travel. Simultaneously, its clean-burning molecular structure minimizes particulate byproduct, preventing residue buildup that would otherwise clog exhaust channels, fuel ports, and engine conduits over time.
- Toxic Fumes
- When ignited, the newly created chemical releases dense, highly toxic fumes that aggressively attack exposed biological tissues, searing nasal passages, inflaming throat linings, and causing immediate eye irritation upon contact. Prolonged or untreated exposure can lead to severe long-term complications, including chronic respiratory damage, degraded vision, and permanent mucosal deterioration.
- Highly Volatile
- The newly created chemical is extraordinarily volatile and structurally unstable, its reactive bonds prone to cascading breakdown if exposed to shock, heat variance, or improper containment. Mishandled even briefly, it can self-ignite without warning, triggering violent detonations and chain-reaction catastrophes capable of devastating nearby infrastructure.
Cortex Monarch engineered the chemical through an intensive alchemical-industrial process that began with the careful extraction and purification of three base minerals; limestone, dolomite, and dedlanite. Each mineral was selected for its unique reactive properties, limestone for its calcium-rich stability matrix, dolomite for its dual-carbonate lattice, and dedlanite for its unusually energetic molecular resonance; then pulverized, liquefied, and subjected to staged thermal and pressure treatments within sealed refinement crucibles.
Through successive cycles of fusion, separation, and catalytic infusion, Cortex Monarch's researchers forced the three mineral substrates to bond at a sub-molecular level, creating an entirely new energetic compound whose properties exceeded the sum of its components. The final product emerged only after impurities were burned away, yielding the multipurpose chemical now prized for its fuel potential, destructive capability, and industrial power applications.
Out Of Character Info
Intent:
Create Chemical
Canon Link:
N/A
Primary Source(s):
N/A
Technical Information
Model:
N/A
Modular:
No
Material:
See Above
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