Rangots

Rangots are a fictional mineral resource described in science fiction literature and media. In these works, rangots are valued for their exceptional energy density and stability, making them a preferred energy storage medium for advanced technologies.

The term rangot is used within the fictional lore to denote both the mineral and the standardized units of energy derived from it. In many stories, the word carries a sense of ancient prospecting and expert refinement, reflecting a long-standing trade and a complex regulatory framework.

Physical properties attributed to rangots vary by author, but common motifs describe rangots as lustrous, translucent crystals with a pale blue to colorless appearance. They are often depicted as having high hardness, low reactivity, and the ability to retain performance across a wide temperature range. Some depictions also assign them a soft bioluminescent glow that intensifies when energy is drawn.

Occurrence and processing are typically portrayed as technically demanding. Rangots are said to form in hydrothermal veins within basaltic or ultramafic rocks and to be concentrated in specific basins or tectonic settings. Extraction usually involves automated, remotely operated drilling and strict in-dungeon-like refining environments to prevent oxidation or contamination. Refined rangot material is then processed into standardized energy cells or modular packs.

Applications in fiction center on propulsion, defense, and large-scale grid storage. Rangot-based systems are described as providing rapid discharge, high energy density, and long shelf life, enabling spacecraft power, planetary infrastructure, and autonomous weapons platforms in various narratives.

In-world economics and politics often hinge on rangot prospecting rights, mining safety concerns, and environmental trade-offs. Conflicts can arise over access to deposits, refining capacity, and the distribution of energy produced from rangots.