친환경 나노결정화 연구실

The rapid advancements in science and technology today come with their own set of challenges, much like two sides of the same coin. Key issues, including the surge in electricity demand, global warming, and the scarcity of mineral resources, present significant obstacles to the development of sustainable technological models. To overcome these barriers, breakthroughs that move beyond existing technological paradigms are essential. Sustainable Nano-crsytallization (SNC) lab is dedicated to discovering solutions in new materials and pioneering redox chemical reactions that offer greater efficiency, are abundant in nature, are more functional, and can be recycled, all aimed at fostering sustainability and offering positive influence in the world. To address the human threats posed by climate change, the development of new materials and reactions is essential. We firmly believe that advancing materials technology in tandem with sustainability is now a crucial requirement. Material chemistry, once centered on functionality, is progressing toward predictable design, automated synthesis, and integration with the natural systems. Achieving these advancements demands interdisciplinary collaboration across fields such as materials science, chemistry, energy, environment, healthcare, computational sciences, electron microscopy, and synchrotron X-ray technology. Our group is building collaborative teams with colleagues of diverse expertise from various countries across Europe, Asia, and America. We value creativity, motivation, open-mindedness, and integrity in fostering sustainable collaborative research that shares and advances our vision. Establishing a Non-classical Crystallization model integrated with a cross-validated approach between experiments and computations for new cry