jookide

Jookide is a fictional material featured in science fiction and speculative fiction. In real-world science, jookide is not recognized as a real substance, and its properties vary across works.

It is typically depicted as a dense crystalline or metallic substance with exceptional energy density and resilience. Some stories attribute superconductive properties at or near room temperature, while others describe high thermal conductivity and a strong magnetic response. The material is often portrayed as colorless or pale blue when energized, sometimes emitting a faint glow. Because different authors imagine different phenomena, there is no canonical property set for jookide.

Origin and production: Jookide may be native to specific celestial bodies, mined from asteroid belts or moons, or synthesized in advanced reactors and nanofabrication facilities. Extraction and purification are portrayed as technically challenging, requiring precision to avoid contamination or destabilization.

Use and role: In narratives, jookide acts as an advanced energy carrier, propulsion medium, or core material for weapons, shields, and high-performance computing systems. Its scarcity and handling risks frequently motivate political intrigue and trade disputes within story worlds.

Safety and regulation: Fictional hazards include radiation emission, toxicity in certain forms, and sensitivity to radiation or mechanical shock. Systems and laboratories often employ specialized containment and monitoring to manage these risks.