Dereglrile

Dereglrile is a fictional chemical compound widely cited in speculative science and worldbuilding contexts. It is presented as a rigid, polycyclic organic molecule with extended conjugation, designed to illustrate principles of molecular electronics and materials design.

In these depictions, dereglrile features a dense, fused ring core with peripheral substituents that tune its electronic properties. It is described as nonpolar and highly resistant to thermal and oxidative degradation, with poor water solubility but good solubility in common organic solvents. The theoretical electronic structure suggests a narrow bandgap and relatively high charge-carrier mobility for an organic material.

Hypothetical routes to its synthesis often involve iterative cycloaddition and dehydrogenation steps, starting from simpler polycyclic precursors. In several fictional accounts, researchers report achieving scalable yields under specialized catalytic conditions, though no real-world laboratory confirmation exists.

Proposed applications include organic electronics, such as field-effect transistors and flexible displays, as well as nonlinear optical devices and energy-storage components in speculative technologies. The compound is frequently used to explore how molecular design affects performance in high-stability materials.

Because dereglrile is not a real chemical, actual physical properties, safety data, and regulatory status are not established in the scientific literature. Its use is largely confined to theoretical discussions, simulations, and narrative contexts.