Dr Min Hong has been at the forefront of developing and optimising thermoelectric materials to address the challenge of wasted heat energy. His past research has focused on enhancing the material properties essential for efficient thermoelectric conversion. This involves investigating the electrical and thermal transport properties of various semiconductor materials and exploring new compositions and nanostructuring techniques that can improve their performance at converting heat to electricity.
Currently, his research is centred on pushing the boundaries of these materials even further. He is exploring novel materials and innovative fabrication techniques that can operate effectively across a wider range of temperatures and in more diverse applications. Besides, his current research is dedicated to the large-scale synthesis of thermoelectric materials and the fabrication of devices that utilize these materials. His focus is on transitioning from laboratory-scale experiments to industrial-scale production, which is critical for the practical application of thermoelectric technology.
By continuing to advance the science of thermoelectric materials, he is contributing to the development of more sustainable energy solutions that can capture and reuse waste heat from various sources. His work
not only aims to increase the practical applicability of thermoelectric technology in industrial and everyday settings but also supports global efforts to reduce reliance on fossil fuels and decrease environmental impacts.