All Articles

Challenges and opportunities in hydrogel-based iontronics

Contact-electro-chemistry: an emerging paradigm for interfacial chemical reactions

Microenvironments engineering on covalent organic framework nanofluidics for high flux and ion selectivity

Triboiontronic logic control via dynamic regulation of electrical double layers

Breaking ionic-strength barriers in contact-electro-catalysis

2D organic framework membranes: extending functions in natural ion channels to scalable nanofluidic applications

Nanoconfined materials enabling iontronic logic control from interfacial ion dynamics to intelligent devices

Triboelectric nanogenerators for battery charging

Highly aligned bacterial cellulose/PPy gradient conductive membranes for directed cell differentiation under electrical stimulation

Oxide-based electrolyte-gated transistors: an emerging electrochemical platform for iontronic neuromorphics

Interfacial chemistry as a foundation for future iontronics

Direct regeneration of degraded Ni-rich cathodes: coupled ion and electron transport perspectives

Hydrogel diodes towards future iontronics devices

Multiscale insights into the interaction and reaction of water at solid surfaces from theoretical simulations

Ionic-electrostatic modeling of solid-liquid triboelectric nanogenerators

The road ahead for hydrogel electrolytes in aqueous zinc metal batteries

Ion-conductive stretchable light-emitting devices

Olfactory-inspired nanofluidic sensor: molecular recognition and transport in confined space