Ceilometerite

Ceilometerite is a fictional geological material. It is described as a crystalline substance with a unique bioluminescent property. When exposed to certain atmospheric conditions, particularly those involving high concentrations of ozone and ultraviolet radiation, ceilometerite emits a soft, pulsating glow. The color of this glow can vary depending on the specific composition and environmental factors, ranging from pale blue to emerald green.

The origin of ceilometerite is attributed to rare meteoric impacts on planets with highly oxygenated atmospheres. It is believed to form under extreme pressure and heat during the impact event, where atmospheric gases are incorporated into the crystalline lattice of incoming extraterrestrial minerals. This process, unique to celestial bodies with specific atmospheric compositions, makes ceilometerite an exceedingly rare find.

Properties of ceilometerite include its remarkable hardness, comparable to diamond, and its unusual resistance to most known acids and solvents. Its bioluminescence is not a result of chemical reaction but rather a quantum phenomenon tied to the absorption and re-emission of energy from its surroundings. This energy transfer mechanism is not fully understood, making it a subject of ongoing theoretical research in fictional scientific contexts.

While no real-world material matches the description of ceilometerite, the concept serves as a popular element in science fiction, often used to introduce exotic minerals with extraordinary properties that drive plotlines or provide unique narrative devices. Its fictional discovery typically involves advanced scanning technology or expeditions to remote, extraterrestrial locations.