Ordered-and high-flux flow of molecules and ions in biological channels is considered as a quantumconfined superfluid,which is highly important in chemical reactions and bioinformation transmission.However,the driving...Ordered-and high-flux flow of molecules and ions in biological channels is considered as a quantumconfined superfluid,which is highly important in chemical reactions and bioinformation transmission.However,the driving forces for these ordered arrangements of molecules and ions in confined spaces have not been discussed.Herein,we demonstrate that the driving force of molecular/ionic superfluid formation is the attraction-repulsion balance of particles under the effect of interfacial confinement.展开更多
基金supported by the National Key R&D program of China(nos.2016YFA0200803 and 2018YFA0208502)the National Natural Science Foundation of China(nos.51973227 and 21988102)the Youth Innovation Promotion Association CAS(no.2020028).
文摘Ordered-and high-flux flow of molecules and ions in biological channels is considered as a quantumconfined superfluid,which is highly important in chemical reactions and bioinformation transmission.However,the driving forces for these ordered arrangements of molecules and ions in confined spaces have not been discussed.Herein,we demonstrate that the driving force of molecular/ionic superfluid formation is the attraction-repulsion balance of particles under the effect of interfacial confinement.
