dozelor

Dozelor is a fictional mineral frequently described in science fiction literature, video games, and tabletop role-playing settings. In these contexts, dozelor is valued for its exceptionally high energy density and its ability to catalyze reversible reactions at relatively low temperatures, making it useful in power systems, propulsion, and advanced electronics. The mineral is typically depicted as a translucent or pearly crystalline substance with a faint blue or violet sheen, though appearances vary by source.

Origin and naming. The term dozelor derives from the fictional geologist Dr. Lysa Dozel, credited with first documenting the mineral in the Dozer Ridge region of the Nyx sector. In many works, dozelor deposits are associated with hydrothermal vent systems in basaltic rock.

Physical and chemical properties. In lore, dozelor forms a layered lattice with weak van der Waals bonds between sheets, enabling rapid ion exchange. Reported hardness on Mohs scale ranges from 3 to 5. It is said to be relatively reactive with oxygen at high temperatures, forming a stable oxide layer that protects against corrosion. The mineral's exact composition varies by narrative, but is commonly described as a complex aluminosilicate or a doped oxide.

Applications and production. In-universe, dozelor is processed into cells and modules for energy storage, acting as a solid-state electrolyte or active cathode material. It is used in starship reactors, urban grids, and portable power packs. Mining is described as difficult due to deep underground deposits and the mineral's rarity; refining often requires high-temperature sintering and inert atmospheres.

Safety and regulation. Handling is described as requiring protective equipment to prevent inhalation of fine dust; long-term exposure is depicted as benign in some sources and harmful in others.