Mullaproovidel

Mullaproovidel is a fictional organo-metallic compound described in science fiction works set in the Mullaproov universe. In the narrative, it is a lightweight, energy-dense heterocyclic molecule with redox-active centers that enable rapid electron transfer and photochemical catalysis. The name derives from the in-world chemist Dr. Mullaproova and the conventional compound suffix -del.

Physical properties and structure: Mullaproovidel is depicted as forming stable layered crystals with a distinct blue-green luminescence under ultraviolet light. It is described as having high energy density, broad temperature tolerance, and reversible photoisomerization when exposed to specific wavelengths.

Synthesis and production: In the fiction, mullaproovidel is synthesized from polycyclic aromatic precursors via a two-step process that uses a rare metalloid catalyst recovered from deep ore deposits. The procedure emphasizes inert atmosphere handling and strict moisture control to preserve the catalyst's activity.

Applications: Within the story, mullaproovidel powers compact energy cells for portable devices and booster modules for propulsion systems. It also appears as a photosensitizer in proposed artificial photosynthesis schemes used to sustain space habitats.

Safety and regulation: The in-universe sources warn of photoreactivity and potential toxicity, along with environmental persistence. Containment, labeling, and transport are regulated by the Interstellar Chemistry Council, with guidelines for storage, spill response, and medical treatment in case of exposure.

See also: fictional compounds; in-world science and technology.

This article documents a fictional compound as depicted in the referenced works and is not a description of a real-world chemical.