Public Research Seminar - Anomalous Ion Transport in Angstrom-scale Two-dimensional Channels
Abstract Molecules and ions exhibit strikingly different structures and properties under strong confinement than their bulk counterparts. These differences become particularly pronounced when the confinement is reduced to the angstrom scale, which is comparable to the characteristic size of ions and molecules. The emerging frontier of two-dimensional (2D) nanofluidics has opened unprecedented opportunities for probing mass transport in this regime. This talk will present anomalous ion transport observed in angstrom-scale 2D channels, highlighting the critical...
On Campus: W1-222; Online via Zoom: 943 0592 8776 (code: 393176)20 Aug 2026