Research

Surface Engineering of Nanomaterials

We are committed to advancing nanotechnology through innovative Surface Engineering of Nanomaterials. Our research focuses on optimizing these materials to enhance their functionality and expand their applications across diverse technologies.

A key area of our work involves the ligand engineering of nanocrystals, such as Quantum Dots (QDs), to improve dispersibility and optical properties. Refining the surface ligands enhances QD stability in different environments, expanding their use in displays, bioimaging, and more. These modifications also boost photostability and quantum yield, making them more effective for a wide range of applications.

In parallel, our efforts focus on improving the structural and oxidation stability of 2D MXenes. Known for their excellent conductivity and versatile surface chemistry, MXenes have have potential for a wide range of applications. However, maintaining stability under operational conditions limits their commercialization. Our research explores diverse surface treatments, including post-treatments to strengthen interlayer structures and advanced ligand engineering to enhance oxidation resistance, ensuring MXenes retain their properties while becoming more durable and reliable.

We aim to advance surface engineering beyond current methods, integrating innovative techniques to enhance nanomaterial performance, overcome challenges, and open new opportunities.