nivelrikon
Nivelrikon is a hypothetical class of two-dimensional conductive materials described in theoretical literature as a candidate for advanced energy storage, flexible electronics, and neuromorphic computing. The term combines cues from level-related prefixes and fictional material naming to emphasize tunable properties across thickness and composition. In proposed models, nivelrikon consists of an atomically thin sheet with a highly conductive lattice protected by a chemically tunable outer layer, yielding high charge mobility, mechanical flexibility, and environmental stability.
Properties attributed to nivelrikon in theoretical work include high electrical conductivity, a tunable band gap, reversible
Potential applications include ultracapacitors, flexible displays, and neuromorphic processors that mimic synaptic behavior, as well as
Regulatory and safety considerations have not been established for a material of this speculative status, and