A 3D gyroid polymer microlattice enables new type of lithium-metal batteries by reducing non-unifrom Li etching in lithium metal anodes.
A tunneling field-effect transistor incorporating 2D and 3D materials which offers both high current density and robust on/off switching, for use in low-power electronics.
A heating treatment method to make crystalline nanoparticles with a high surface-area-to-volume ratio for catalytic applications.
Synthesis of epitaxial two-dimensional Indium(II) selenide (InSe) by metal-organic chemical vapor deposition (MOCVD) over 2-inch wafers and its applications in electronics.
A method to make micropatterned carbon structures with pre-designed size and shape, avoiding shrinkage and deformation.
A single metasurface to obtain enhanced images for various magnetic resonance nuclei and field.
A ferroelectric transistor memory device combines AlScN dielectric with a 2D semiconductor channel such as MoS2 for non-volatile memory compatible with CMOS back-end of line (BEOL) fabrication.
Supramolecular crown ethers and fluorinated polymers enable the formation of high ionic conductivity, water-impermeable artificial ion channels for bioelectronic transistor applications.
Kirigami-based metamaterials with tunable properties for large, lightweight, and cost-effective parabolic antennas for space applications.
A polymer coating which allows a device’s electrical activity to be optically transmitted based on its transparency.