김태용 연구실

Developing novel thermal conductivity spectroscopy to study energy-carrying quasi-particle transport in emerging materials to engineer them with unique thermal properties.

Engineering materials such as thermally conductive polymers to potentially challenge traditional materials such as metals for applications including electrical circuits and heat-dissipation in vehicles.

Developing novel ultrafast imaging tools to study surface transport phenomena of photoelectrons in materials and devices.

Collaborating with leading experts in the synthesis of semiconducting polymer and other emerging materials to engineer them with unique electronic properties for diverse applications including solar cells, photovoltaics, and photo-catalysis.

Working to harvest energy through far-field radiation for applications in radiative cooling.

Developing a scheme to extract resonant surface energy through the coupling with external work.