Lab's introduction Ph.D. Program in Biomedical Engineering and Medical Devices/ Laboratory in Functional materials My laboratory focuses on the functional materials. The following are my current research interests to share for you. My team develops next-generation supercapattery device (i.e., the integration of a Li-based battery and a hybrid supercapacitor) with the high-energy density from the battery-type material and the high-power density from the supercapacitor-type material. In the supercapacitor side, layered 2D MXene materials will be synthesized with activated carbon (AC) to form a hybrid MXene-AC composite as the novel and more potential electrode. On the other hand, in battery side, more potential lithium-based oxides (e.g., Li4Ti5O12, LiFePO4, and LiCoO2) as the battery-type electrode. The approach of hybridizing supercapacitors and batteries can reinforce the properties of the two dissimilar systems offering opportunities for the next-generation energy storage devices. The hybrid supercapattery device with synergic effect (i.e., high power density, high energy density, and fast charging-discharging time) to enhance energy storage performances will likely be a developing roadway to offer opportunities for next-generation energy storage applications.