Research News

The Functional Materials and Nanotechnology (FuNTech) Center of Excellence at Walailak University organized the 2nd International Symposium on Sustainable Pathways: Green Synthesis for Functional Materials and Eco-Friendly Applications (SMA2025) to advance research in environmentally friendly technology. The event brought together researchers from Malaysia, South Korea, Japan, and India to exchange knowledge and explore new collaborations.

Associate Professor Dr. Mudtorlep Nisoa, Head of the FuNTech Center, revealed that the symposium took place on March 28–29, 2025, as part of the university’s 33rd-anniversary celebrations. The event aimed to foster collaboration among researchers working in areas closely aligned with FuNTech’s focus. Experts from these countries shared their research findings and discussed potential joint initiatives.

The seminar emphasized FuNTech’s core research areas, including microwave and plasma technology, the development of nanomaterials, and environmentally friendly functional materials. These innovations have broad applications across the energy, healthcare, and environmental sectors.

 

Associate Professor Dr. Mudtorlep highlighted that this year’s discussions with international researchers not only facilitated knowledge exchange but also laid the groundwork for future collaborations. A key aspect of this event was providing early-career researchers the opportunity to learn from senior researchers in Thailand and abroad. This exchange of ideas will help shape future research challenges that are more complex and impactful. The seminar also serves as a platform to integrate new technologies to address current challenges while paving the way for future advancements that minimize environmental impact.

"We focus on utilizing environmentally friendly technologies, including microwave and plasma-assisted processes, to synthesize materials for new functional applications," said Associate Professor Dr. Mudtorlep Nisoa. "These materials can be used in the development of hydrogen production equipment, battery electrodes, and specialized functional substances. Additionally, our research extends to the extraction of bioactive compounds from medicinal plants using microwave-based and related technologies."