Quantum-confined superfluid

摘要

The quantum-confined superfluid(QSF)concept has been proposed for ultrafast mass transport,which is mainly related to the orderly flow of fluid in a nanoconfined space.Besides biological ionic channels,artificial nanochannels have also demonstrated the QSF phenomenon.Here,the authors’insight into QSF is introduced,followed by exploring the extended applications to diverse fields,such as QSF-based chemistry and QSF-based biology.For chemistry,the orderly arranged molecules in nanoconfined space will greatly reduce the reaction barrier and achieve highly efficient and selective chemical synthesis.Additionally,the QSF-based biology is of great significance for the deep understanding of ultrafast signal transmission in the nerves and brain,with implications for information systems and medical sciences.