Designing stronger, more durable materials for tooth fillings and bone repair
Designing stronger, more durable materials for tooth fillings and bone repair
Zhiyong Tang on the highlights of his career and science.
The interfaces of complex oxides may be tuned to create novel multifunctionalities for next-generation electronic devices.
Novel photonic device concepts can be realized with transition metal dichalcogenides.
Prof. Xun Wang reflects on a moment of inspiration, his current research on sub-nanomaterials, and other research inspiring him today.
Carbon nanomaterials are promising therapeutic and diagnostic agents for healthcare applications including imaging and drug-delivery.
Scanning probe microscopy is a powerful characterization tool for studying MCP in materials.
The high theoretical capacitance of manganese oxide makes it appealing as an electrode material for batteries, but several obstacles remain.
The NIR-II window holds great potential in biological imaging.
Non-pathogenic bacteria can colonize different surfaces to help direct human stem cells to bone cells.