Bo Han

Dr. Bo Han is a Visiting Professor affiliated with the Department of Zoology at the University of Cambridge, specifically associated with the Conservation Science Group under the supervision of Prof. Andrew Balmford. Despite the zoological departmental affiliation, Dr. Han's research bridges conservation science with advanced materials chemistry, focusing on sustainable energy solutions that have direct environmental applications.

Dr. Han's research interests center on catalysis, artificial photosynthesis, CO2 reduction, and water oxidation. Their work uniquely combines environmental conservation goals with cutting-edge materials science, developing chemical solutions for sustainability challenges. The research integrates in situ characterization techniques with novel catalyst design to create systems that mimic natural photosynthetic processes while addressing energy and environmental challenges. This interdisciplinary approach connects conservation biology with chemical engineering to develop practical environmental technologies.

The publication record demonstrates a clear trajectory toward increasingly sophisticated systems for artificial photosynthesis and CO2 conversion. Recent work (2024-2025) shows integration of machine learning with multi-variable optimization of photocatalytic systems, indicating a move toward data-driven materials design. The research consistently focuses on understanding fundamental mechanisms (degradation pathways, electron transfer processes, structural dynamics) to develop more efficient and stable systems for solar fuel production and carbon management. Key themes include self-assembly strategies, biomimetic approaches, and the development of stable catalysts for acidic water oxidation.

Dr. Han collaborates extensively within Cambridge's interdisciplinary research environment, particularly with conservation scientists, to ensure their chemical innovations have practical environmental applications. While specific grant information isn't provided in the available materials, the research clearly aligns with sustainability and conservation technology development, likely supported by both chemistry-focused and environmental research funding streams.

Based at the Department of Zoology, Dr. Han appears to be part of research teams focused on the chemical dimensions of conservation science, particularly those developing technological solutions for environmental challenges. The work connects fundamental chemical research with practical applications for biodiversity conservation and sustainable resource management.