Sarkonium

Sarkonium is an ultra-rare, hyper-dense element found only in the aftermath of supernovae and similar high-energy stellar collapse events. It is the essential core material used in the construction of Zero-Point Energy Generators (ZPEGs), and without Sarkonium no true ZPEG can be produced.

Because of its rarity, volatility during refinement, and strong interaction with harmonic fields, Sarkonium is one of the most valuable and tightly regulated substances in known space.

Overview

Sarkonium exists in nature only under extreme stellar conditions. It forms in the cooling phase of certain supernova remnants where exotic particle pressures momentarily stabilize into crystalline quantum lattices.

Properties of Sarkonium include:

**Extreme density** – far greater than any conventional alloy.
**Quantum-stable lattice** capable of interacting with zero-point vacuum energy.
**Natural harmonic affinity** – highly responsive to guardian harmonics and Prosian energy fields.
**Non-replicable** – no known technology can synthesize Sarkonium artificially.
**Volatile during extraction** – requires advanced harmonic damping to prevent collapse.

Markasisa Shipyards on Prose are the only known facility able to refine Sarkonium safely into ZPEG-grade purity.

Physical Characteristics

Appearance

Unrefined Sarkonium resembles an irregular metallic stone with:

deep silver-black coloration
faint inner glimmers of violet-blue
occasional crystalline facets
a subtle, cold radiance visible in low light

When refined for ZPEG use:

The final core is typically spherical, precisely **1 inch (2.5 cm)** in diameter.
It appears almost perfectly black, absorbing most light.
Under harmonic excitation it emits faint violet ripples.

Density and Stability

Sarkonium is extremely dense—dense enough that a one-inch sphere weighs as much as a large tool crate. Its quantum lattice is intrinsically stable *unless* disrupted by:

improper harmonic exposure
thermal shock
rapid magnetic field fluctuations
incorrect containment procedures

When destabilized, raw Sarkonium can “collapse” into inert dust or emit a dangerous harmonic pulse.

Formation

Sarkonium forms only in:

supernova ejecta clouds
neutron-star debris fields
extreme gamma-pressure zones
rare exotic-particle remnants

Its formation window lasts mere minutes during the cooling phase of a stellar explosion. Prosian star maps and ancient Garapr'sēēn navigation records guide mining expeditions to such locations.

Garapr'sēēn Connection

Ancient Garapr'sēēn crystal tablets contain the earliest known descriptions of Sarkonium:

> “A fragment of the star’s last breath. > A seed of the void. > Handle with reverence.”

Their writings also contain the only ancient accounts of early ZPEG prototype failures.

Harmonic Properties

Sarkonium has a unique natural interaction with harmonic fields:

It “resonates” with guardian lattice architecture.
It stabilizes ZPEG zero-point extraction.
It emits faint harmonic pulses detectable by signal life.
It causes discomfort in some species when overstimulated.

Arzneetua can sense Sarkonium’s harmonic tension, especially during high ZPEG loads.

Use in ZPEG Technology

Sarkonium is vital to ZPEG operation.

Each ZPEG contains:

A single, refined **Sarkonium core** suspended in harmonic containment.
This core acts as the primary coupling point to zero-point vacuum energy.
Without Sarkonium, zero-point extraction collapses instantly.

The amount of Sarkonium needed does not scale with ZPEG size. Whether a ZPEG is six inches or six feet, it still contains a one-inch Sarkonium core—although planetary ZPEGs require exceptionally pure and flawless samples.

Extraction and Refinement

Sarkonium mining requires:

high-risk nanofield harvesting drones
harmonic dampening chambers
Phase-safe radiation shielding
Prosian crystalline refinement arrays

Only Prose currently maintains equipment advanced enough to:

detect it
isolate it
stabilize it
refine it to ZPEG purity

Danger of Collapse

If improperly handled, raw Sarkonium can undergo a resonance collapse:

releasing a brief but intense harmonic shockwave
destabilizing nearby electronics
disorienting organics
stunning signal life

Refinement must occur within harmonic shielding cages.

Political and Ethical Restrictions

Because of its link to ZPEG production and its impact on Phase Space, Sarkonium is among the most tightly regulated substances in the Alliance.

The Alliance Senate and Prose jointly enforce:

A complete ban on unauthorized Sarkonium possession.
Strict transport and handling protocols.
Full documentation of each recovered fragment.
Prohibition of Sarkonium weaponization.
Inspection authority granted to the ZPEG-powered vessel Likyitah.

The Selekari (Phase Beings) are known to react negatively to harmonic instability caused by poorly refined Sarkonium.

Cultural Significance

To the Prosians, Sarkonium is treated with deep respect:

It is a “starstone,” a relic of cosmic birth and destruction.
It symbolizes life drawn from the void.
Harmonic artisans craft ceremonial housings for its refinement process.

Among signal-born civilizations, Sarkonium is regarded as sacred material, often described as “the seed of creation.”

Known Locations

Confirmed Sarkonium sites include:

Supernova Remnant K-312 (“Keshro’s Field”)
Garapr'sēēn Survey Sector 9
Outer Markasisa Prospector Route
Nebular debris near Barnard’s Loop (rare)

Most new deposits are quickly claimed by Prosian agreements.

Notable Uses

Construction of the first ZPEG used aboard the Likyitah.
Reinforcement of the Cycronox System guardians.
Revival of the Barnard guardian lattice, leading to the Barnard Blooming.
Experimental harmonic conduits under supervision of the Alliance Restoration Corps.