New discoveries in materials science that help us use energy smarter, cleaner, and better.

“

As a researcher in the field of energy materials (EMs), I see immense potential in how these materials are transforming the way we store and convert energy. The increasing global demand for sustainable and efficient energy solutions has placed EMs at the forefront of innovation. Their ability to be tailored at different dimensional levels—ranging from 0D (quantum dots) to 3D (porous structures)—gives us a powerful toolbox for designing next-generation devices. In my view, understanding the structural architectures and intrinsic properties of EMs is crucial to unlocking their full capabilities. Whether it's enhancing the performance of batteries, supercapacitors, or photovoltaic systems, or contributing to clean technologies like hydrogen storage, carbon capture, or thermoelectric energy harvesting, EMs offer versatile solutions. What excites me most is how these materials can bridge the gap between performance and affordability. By engineering EMs with specific characteristics, we can pave the way for high-efficiency, low-cost devices that are not only commercially viable but also environmentally sustainable. In short, I believe that continued research into EMs will be instrumental in building a cleaner, smarter energy future.

”