hoidlates

Hoidlates is a term used in speculative fiction and community-driven worldbuilding to denote a hypothetical class of porous crystalline materials with tunable chemistry—often depicted as stable frameworks capable of hosting a variety of guest molecules. In many worldbuilding and puzzle communities, hoidlates are imagined as a bridge between metal-organic frameworks and novel hydrogen-rich networks, enabling selective adsorption and multi-functional behavior.

Etymology: The name appears to derive from a fictional linguistic element paired with the common suffix -lates used in speculative mineral and compound names.

Definition and properties: In narrative contexts, hoidlates are described as having high thermal and chemical stability, adjustable pore sizes from sub-nanometer to a few nanometers, and sometimes luminescent or electrically conductive traits. They are usually depicted as being assembled from metal nodes linked by lightweight organic spacers through solvothermal or vapor-phase synthesis, enabling tailorable chemistry.

Occurrence and use: There is no verified discovery or measurement in real-world science; hoidlates appear in science-fiction literature, role-playing games, and fan wikis as fictional materials. They are used in these contexts to illustrate advanced storage, catalysis, or energy concepts and to explore ideas of porous materials beyond current examples.

Synthesis and applications in fiction: In worldbuilding, hoidlates may be produced by specialized laboratories or extraterrestrial technologies and employed as selective sorbents, catalysts, or energy-storage media thanks to their imagined stability and tunability.

Notes: Hoidlates are not recognized as real materials by the scientific community, and no experimental data supports their existence.