Soluontelon

Soluontelon is a fictional solid-state material described in speculative science and science-fiction. It is defined as a densely bonded, crystalline phase with unusual electronic, optical, and mechanical properties compared with known inorganic solids.

Name and etymology: The term appears as a constructed neologism with no established etymology in real languages. In various works, authors link it to a transition from a soluble to a rigid state, but there is no canonical origin.

Structure and properties: Descriptions portray soluontelon as a three-dimensionally connected lattice with strong bonds, high hardness, and low thermal expansion. Its electronic structure is depicted as tunable by pressure or temperature, with anisotropic optical properties and, in some narratives, potential near-room-temperature superconductivity.

Discovery and synthesis: In fictional contexts, soluontelon is produced by theoretical models or imagined high-pressure synthesis, laser-driven transformations, or rapid quenching of precursors. In reality, it has not been observed; it remains a speculative construct used to explore material design.

Applications and significance: Within stories, possible uses include ultradense data storage, durable armor-grade materials, and advanced photonics. The concept helps illustrate how bonding and structure influence emergent properties in solid-state systems.