Unreviewed Atherium / Gravstone Ore

[Braze]

Type	Market	Production	Modularity	Material
Gravitic Mineral / Exotic Material	Closed-Market	Minor	Limited	Atherium / Gravstone Ore

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════ ✦ Atherium / Gravstone Ore ✦ ════​

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OUT OF CHARACTER INFORMATION

• Intent: To create a naturally occurring gravitic mineral for Centerra, explaining its floating landmasses, massive cavern systems, unusual gravity conditions, volcanic geology, and specialized power infrastructure.
• Image Source: AI generated reference images by Chaos Cat / Braze through ChatGPT.
• Canon Link: Isotope-5 — geological inspiration and comparison only. Atherium is a separate Centerra material that forms near isotope-5-rich geology, but is not isotope-5 and does not duplicate canon isotope-5 directly.
• Permissions: N/A
• Primary Source: Original creation.

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PRODUCTION INFORMATION

• Manufacturer: Naturally occurring; mined, refined, and regulated by Centerra-based authorities.
• Affiliation: Centerra; Farworlds Alliance; Starcraft Shipyards; ✦ Star Bazaar Catalog | UC Shop ✦
• Market Status: Closed-Market
• Model: Atherium / Gravstone Ore
• Modularity: Limited. Refined forms may be cut, set, balanced, stabilized, or installed into compatible reactor and field systems, but damaged or poorly prepared material becomes far less effective.
• Production: Minor
• Material: Atherium; Gravstone Ore; refined Atherium crystal; stabilized Atherium lattice; reactor-grade Atherium; Atherium dust; Atherium-bearing volcanic stone; natural Atherium veins; field-balanced Atherium cuts; inert host stone.

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SPECIAL FEATURES

• Gravity & EM Reactive: Atherium affects gravitational and electromagnetic fields, even in small amounts.
• Stable Field Material: Atherium is stable to mine, handle, refine, and transport when properly prepared.
• Field Medium: Atherium can carry, store, or shape gravitic and electromagnetic field energy in compatible systems.
• Repulsor Compatible: Atherium can interact with repulsorlift, anti-gravity, and field-stabilizing technology.
• Field Stress Glow: Atherium may glow white, blue, or violet when exposed to strong gravity fields, repulsor fields, or electromagnetic strain.
• Refinable: Atherium can be cut, balanced, stabilized, and installed into reactors, stabilizers, pylons, and infrastructure.
• Naturally Occurring: Atherium forms in Gravstone Ore deposits near isotope-5-rich geology.
• Thermal Stability: Atherium can withstand immense heat from volcanic activity, reactors, and high-energy field systems without easily melting, cracking, or losing its properties.
• Natural Buoyancy & Refined Control: Large natural Atherium deposits can float, lighten surrounding stone, or suspend rock formations without refinement, which helps explain Centerra's floating islands and cavern structures. Refinement does not create this effect; it stabilizes and directs it, allowing Atherium to be cut, balanced, and prepared for controlled use in reactors, repulsor systems, stabilizers, pylons, and infrastructure.
• Valuable Resource: Atherium is highly valuable for reactors, stabilizers, infrastructure, repulsor systems, anti-gravity technology, scientific instruments, and advanced engineering.

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STRENGTHS

• Powerful Field Material: Atherium can affect gravity and electromagnetic fields even in small amounts.
• Energy Useful: Refined Atherium can help power specialized reactors and advanced field systems.
• Anti-Gravity Support: Atherium can improve repulsorlift, anti-gravity, and suspension technology.
• Structural Support: Large deposits can help support floating stone, caverns, and heavy structures.
• Stable to Handle: Atherium is safer to mine, refine, and transport than unstable exotic materials.
• Heat Resistant: Atherium remains stable under immense heat, making it useful for reactors, volcanic infrastructure, deep-crust mining, engine-adjacent systems, and high-energy field technology.

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WEAKNESSES

• Careful Refinement Needed: Poorly refined Atherium becomes less stable and less useful.
• Specialized Systems Only: Atherium works best in technology designed for its gravity and electromagnetic properties.
• Mining Risk: Removing too much Atherium can weaken caverns, floating stone, or nearby terrain.
• Field Interference: Unshielded Atherium can disrupt nearby sensors, comms, guidance systems, droid gyros, and repulsorlifts by bending local gravity and electromagnetic fields. Sensitive technology needs shielding, distance, or recalibration around active Atherium.
• Difficult to Process: Atherium requires skilled refining, containment, and installation.
• Controlled Resource: Refined Atherium is regulated and difficult to acquire outside approved projects.
• Not Plug-and-Play: Atherium cannot simply be placed into ordinary machines and expected to work properly. It must be cut, shaped, stabilized, and properly balanced for the desired effect before being installed into reactors, repulsorlifts, stabilizers, or field systems. Poorly balanced Atherium can distort fields, strain equipment, or produce unreliable results.
• Poor Lightsaber Crystal: Atherium is not suitable as a primary lightsaber crystal. Its gravitational and electromagnetic distortion can fight against a lightsaber's blade containment field, causing unstable blade length, surging output, repulsor-like feedback, rapid power drain, and severe hilt strain. If forced into the role of a main crystal, the weapon may suffer a containment blowout, turning the hilt into a dangerous fragmentation hazard rather than a stable lightsaber. At most, Atherium may be used as a carefully shielded secondary focusing or field-balancing component, never as the main crystal.
• Thermal Event Risk: Atherium is highly heat resistant, so thermal overload is rare and difficult to trigger. However, extreme conditions such as reactor failure, volcanic rupture, or uncontrolled thermal buildup can overwhelm the material, causing unstable gravity shifts, electromagnetic surges, or field distortion until cooled or contained.

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DESCRIPTION

Atherium, commonly called Gravstone Ore, is a naturally occurring gravitic mineral found throughout Centerra's deep crust, cavern systems, volcanic strata, and mantle hollows. It forms near isotope-5-rich geology, but is a separate Centerra material. Atherium affects gravitational and electromagnetic fields, making it valuable for reactors, repulsor systems, stabilizers, anti-gravity technology, and large-scale construction.

On Centerra, Atherium helps explain the planet's unusual geology: floating islands, vast caverns, reduced local gravity, volcanic fault lines, and massive stone formations that would not remain stable under ordinary conditions. Small amounts can cause minor field effects, while larger deposits or properly refined pieces can reduce structural weight, support suspended stone, and help stabilize field-based systems.

Raw Atherium is common beneath Centerra, but refined, transportable, and reactor-grade Atherium is controlled. Because many natural veins help support caverns, floating landmasses, and volcanic channels, careless extraction can damage the local gravity balance. For this reason, Atherium is treated as a protected planetary resource used in infrastructure, reactors, stabilizers, scientific instruments, and specialized gravitic construction.

Atherium is not used as a primary lightsaber crystal. Its gravity and electromagnetic field distortion makes it poorly suited to direct blade generation, as it can interfere with containment fields, power flow, and blade stability. Properly shielded Atherium may have limited use as a secondary focusing or field-balancing component, but not as the main crystal of a lightsaber.