Current Research Areas in Science/Interdisciplinary Studies

Sustainability

  • Clean Energy and Energy Storage (CEES)
    • Energy storage
      • Advanced battery materials
      • All-solid-state battery
      • Battery management system
      • Flexible battery
      • Flow battery
         
    • Clean energy
      • CO2-to-fuel conversion
      • Nanofluidic energy conversion
      • Perovskite solar cells
      • Waste energy harvesting

 

  • Climate Change and Carbon Neutrality 
    • Carbon dioxide mitigation
      • Carbon farming
      • CO2 fuel cell and catalyst
      • CO2 sink build materials and solid waste
      • Direct air capture of carbon dioxide
      • Flue gas carbon dioxide capture - clean energy
         
    • System level integration of carbon dioxide capture, utilisation, and sequestration (CCUS)
      • Carbon monitoring and footprint analysis
      • Carbon trading and economy
      • Economical conversion of CO2 into useful products
         
  • AI-Driven Design of Smart Materials and Biomedical Network
    • AI and machine learning-driven discovery of new functional materials
      • AI4Materials and material genomics
      • Functional material design
      • Green manufacturing
      • MaterialGPT and fundamental material language
      • Smart materials for energy sustainability
      • Programmed material synthesis and mechanical self-assembly
         
    • AI for biomedical network
      • AI and digital healthcare
      • Biomedical informatics
      • Brain-computer interface
      • Flexible sensors and biomedical devices
      • Morphogenesis and mechanobiology
      • Single cell automation micro-operation and cell images
      • Soft robots, biological micro and nanobot system
         
  • Sustainable Environment/Infrastructure of AI Adoption
    • Sustainable infrastructure
      • AI for wireless
      • Geographical information system
      • Intelligent transportation system
      • Smart traffic network and ISAC

         

    • Sustainable environment
      • Bio-degradable sensors for environmental detection and protection
      • Biomedical informatics, system identification and system dynamics
      • Evolutionary biology and conservation genetics
      • Intelligent patient and environment monitoring
      • Urban climate and environmental health
         

For research interests of individual staff members, please refer to the website of Wu Jieh Yee School of Interdisciplinary Studies which can be accessed via www.ln.edu.hk/wjysis/the-school/people