Our Projects
Photosynthetic Hydrogel Biomaterials
This project explores the development of living photosynthetic hydrogels that combine cyanobacteria with hydrogel materials to capture carbon dioxide and create sustainable biomaterials. By incorporating cyanobacteria into hydrogel and sand mixtures, the project investigates how living materials can support carbon sequestration while acting as potential alternatives to traditional cement-based materials.
Research Focus
Our research focuses on understanding how cyanobacteria function within hydrogel systems and how hydrogel structure can be optimized to improve photosynthetic activity and carbon fixation. Current areas of investigation include hydrogel design, bacterial selection, culturing conditions, and measuring photosynthetic efficiency through oxygen production.
Why It Matters
Photosynthetic hydrogels have potential applications in sustainable construction, living materials, wound healing, hydrogen production, and bio-inspired energy systems. Because a significant portion of global carbon emissions comes from cement production, this project explores how biologically active materials could contribute to more sustainable approaches to engineering and design.