Remélik

Remélik is a fictional crystalline mineral described in contemporary speculative fiction and world-building projects. In most depictions, remélik is prized for its exceptionally high energy density and stable electrochemical properties, making it a candidate for next-generation energy storage and propulsion systems. The term is presented as originating in the invented language of an in-world culture, with scholars tracing the name to a root meaning “bright” and a suffix denoting material.

In descriptions across various narratives, remélik crystals are typically prismatic and hexagonal, with a glassy luster. They exhibit a distinctive blue-green glow when stimulated by electricity or radiation. They are relatively resistant to heat and corrosion but can become brittle under rapid thermal cycling, requiring careful handling in practical applications.

Geologically, remélik is placed in subduction-zone belts of the fictional Ankarian Plate, often found in association with serpentine and peridotite. It is mined in small, regulated operations; large-scale extraction is typically restricted by environmental concerns and governance agreements within the depicted world.

Applications center on energy storage and propulsion. Primary use is in high-capacity batteries and superconducting microreactors. Remélik-based cells show low self-discharge and long cycle life, but demand specialized handling due to sensitivity to magnetic fields. In spacefaring contexts, remélik is described as a key component for ion-thrusters and power cores for starships.

Cultural significance varies by story but frequently frames remélik as a symbol of resilience and innovation. Trade rules and licenses govern access, and smuggling or hoarding of remélik are recurring themes in literature and lore.

See also: energy storage materials, fictional minerals, world-building.