Research Highlights
Solar-Driven Chemistry
Harnessing sunlight to power transformative photochemical reactions with precision and efficiency.
Advanced Experimental Platforms
Combining modern instrumentation, molecular design, and catalytic engineering for next-generation discovery.
Sustainable Energy Conversion
Building pathways toward artificial photosynthesis and scalable clean-energy solutions.
Sustainable Energy Conversion
Building pathways toward artificial photosynthesis and scalable clean-energy solutions.
Sustainable Energy Conversion
Building pathways toward artificial photosynthesis and scalable clean-energy solutions.
Sustainable Energy Conversion
Building pathways toward artificial photosynthesis and scalable clean-energy solutions.
Sustainable Energy Conversion
Building pathways toward artificial photosynthesis and scalable clean-energy solutions.
Sustainable Energy Conversion
Building pathways toward artificial photosynthesis and scalable clean-energy solutions.
Sustainable Energy Conversion
Building pathways toward artificial photosynthesis and scalable clean-energy solutions.
Sustainable Energy Conversion
Building pathways toward artificial photosynthesis and scalable clean-energy solutions.
Sustainable Energy Conversion
Building pathways toward artificial photosynthesis and scalable clean-energy solutions.
Sustainable Energy Conversion
Building pathways toward artificial photosynthesis and scalable clean-energy solutions.
Leadership
Prof. Hu Ke
Prof. Hu Ke leads the Photochemistry Group at Tongji University.
The group focuses on solar-driven photochemical processes, artificial photosynthesis, and sustainable energy conversion.