Metal oxides are known for their excellent n-type or p-type semiconductor properties, making them highly valuable in a range of electronic applications. However, the challenge lies in the mass production of large-area chips that can fully utilize these properties.

 

To address this, our laboratory has recently partnered with the Industrial Research Institute to develop cutting-edge nano-metal oxide gas sensors. These sensors are designed to be integrated into inkjet printing technology, enabling them to be printed directly onto circuits. This innovation allows for the detection of exhaled gases from patients with diabetes or cancer, offering a promising solution for real-time disease monitoring and early prediction.

 

Our collaborative research aims to revolutionize healthcare diagnostics, making it more accessible and efficient through advanced sensing technologies.