Remondile

Remondile is a fictional mineral commonly referenced in science fiction and speculative geology. It is described as a rare silicate-oxide compound with distinctive optical and energetic properties, and it is not recognized in real-world mineral catalogs or databases.

In typical depictions, remondile crystallizes in a dense, anisotropic lattice with a Mohs hardness estimated around 7 to 8. It often appears as a deep emerald-green to blue-green mineral with strong iridescence and pronounced birefringence. When exposed to ultraviolet light, it frequently exhibits vivid luminescence, described as electric-blue or lime-green in various works.

Fictional origins vary by author and series. Remondile is usually said to form under high-pressure metamorphic conditions or within volcanic or planetary crusts subjected to rapid cooling. Some writers place it in remote moons or exoplanets with chemically exotic mantles. It is typically portrayed as exceedingly rare and highly localized, contributing to its value and desirability in narratives.

Applications within stories tend to center on its exceptional properties. Remondile is often depicted as a material for high-density energy storage, advanced photonics, or as a catalyst for exotic superconductivity. Its use can drive plot elements related to power systems, sensors, or spacecraft shielding in speculative technologies.

Remondile appears across multiple works with varying definitions and contexts. Because it is fictional, there is no canonical real-world specimen or validated scientific data for remondile; readers should consult individual texts for specific portrayals.