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Introduction
Introduction
Our group has three core research areas including Biomedical, Environmental, and Energy (BEE). We are doing cutting-edge research on the material’s development for the application of 3D printed smart functional bone scaffold, green synthesis approach of nanoparticles, waste conversion to a value-added material, and photocatalyst materials for pollutant remediation and solar cells. Our goals are:
To develop smart responsive biomaterials for a future medical treatment that could accelerate the healing process without causing much damage to the patient
Utilizing Indonesian unique nature resources to synthesize nanoparticles such as silver nanoparticles (AgNPs) for diverse applications including antibacterial agents and plasmonic material
To contribute to waste reduction by taking this waste and converting it into a valuable material with the development of controllability and optimum synthesis parameters
To develop a highly efficient photocatalyst that can effectively harness solar power to drive various reactions and can be applied in wastewater treatment or energy production
Besides all the scientific aspects that we develop, we are also eager to utilize our research in society to develop a sustainable energy and environment system. We are very welcoming for undergraduate and graduate students as well as collaborators across the world who have an interest in biomaterials, environmental materials, and energy materials to join us in the exciting research environment for creating a better future together.
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