Controlled Nanomaterials for Plasmonics & Nanocatalysis
At the forefront of sustainable innovation, our team leverages sunlight to revolutionize molecular transformations, driving progress toward a cleaner, greener future.
We are pioneering a new era of catalysis by replacing fossil fuels with sunlight as a sustainable energy source. Our research fuels breakthroughs in green energy production, climate change mitigation, environmental remediation, and the sustainable manufacturing of medicines, chemicals, and biofuels — addressing some of the world’s most urgent challenges.
By integrating Chemistry, Plasmonics, and Catalysis, we design innovative solutions for visible-light-driven molecular transformations under mild and sustainable conditions. Our approach merges bold ideas with cutting-edge science to unlock the potential of designer nanomaterials, enabling superior performance in catalytic processes.
Our expertise lies in creating precision-engineered nanoparticles with controlled features such as size, shape, structure, and composition. These tailored materials push the boundaries of nanotechnology, paving the way for groundbreaking applications in energy, environment, and health.
Together, we are building a dynamic network of innovation and expertise to tackle the sustainability challenges of today and tomorrow.
