Interpolimin

Interpolimin is a fictional material described in speculative science literature and science fiction as a layered intercalation polymer or inorganic–organic hybrid. There is no verified synthesis or consensus about its existence in real materials science.

Concept and structure: envisioned as a two-dimensional layered host lattice (inorganic core) with organic linkers forming alternating layers. The interlayer galleries can accommodate guest ions or molecules, enabling tunable properties via intercalation and polymerization.

Synthesis and characterization: In examples, interpolimin is described to form via solvothermal co-polymerization of a planar inorganic sheet with bifunctional organic linkers, followed by intercalation of interlayer guests. However, procedures vary widely and reproducibility is not established; characterization often mentions X-ray diffraction, electron microscopy, and spectroscopy but with inconsistent results.

Properties and potential applications: Theoretical properties include high thermal stability, mechanical rigidity, tunable porosity, and reversible ion intercalation leading to proposed uses in energy storage, catalysis, separation membranes, and sensor technology. These claims remain speculative.

Etymology and reception: The name blends intercalation and polymer concepts; discussions about interpolimin appear mainly in speculative texts, educational demonstrations, and the fringe of materials science discourse.