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            HKUST 2011-2012 Annual Report
          
        
        
          The University’s Mainland research bases in the Pearl River
        
        
          Delta are increasingly serving as platforms to develop
        
        
          interdisciplinary research and industrial partnerships.  In
        
        
          2011-12, 50 new research grants and commercial projects
        
        
          were secured by the Fok Ying Tung Graduate School
        
        
          in Nansha, Guangzhou.  HKUST’s scholars have been
        
        
          successful in bidding for approximately RMB 50 million
        
        
          of Mainland research funding from prestigious grants
        
        
          including those under the Shenzhen Peacock Program and
        
        
          the National 973 Program.
        
        
          A new e-newsletter,
        
        
          
            GrantWise
          
        
        
          , was rolled out to inform
        
        
          the research community at HKUST the latest funding
        
        
          opportunities around the world.
        
        
          
            Advancing the world
          
        
        
          The University has made research breakthroughs in many
        
        
          fields during the year.  The following presents just some
        
        
          highlights:
        
        
          ‘Tractor beam’ era moves closer
        
        
          When light illuminates an object, part of it reflects back
        
        
          and the recoil pushes the object away.  Physics textbooks
        
        
          teach us light can push but never pull.  Prof Che Ting
        
        
          Chan (Physics) and Dr Jack Ng (Physics) showed that light
        
        
          an umbrella framework for developing large
        
        
          scale research projects in two broad areas:
        
        
          Sustainable Energy Production & Storage
        
        
          and Smart Green Building.
        
        
          
            Funding success
          
        
        
          The excellence of fundamental research
        
        
          at HKUST is reflected by the competitive
        
        
          research funding from both government
        
        
          and industry.
        
        
          In 2011-12, the University secured a total
        
        
          research funding of HK$442.5 million from
        
        
          various sources, the largest share of which
        
        
          was from the Research Grants Council
        
        
          (RGC).  A total of 279 new research projects
        
        
          were awarded by RGC, with total project
        
        
          value of HK$158 million.  HKUST researchers
        
        
          also achieved the highest success rate (44
        
        
          per cent) in the competitive 2012 General Research Fund
        
        
          exercise.  Under the Early Career Scheme, which supports
        
        
          outstanding newly recruited junior faculty members, 22
        
        
          HKUST applications received funding, with again the
        
        
          highest overall success rate (46 per cent).  In addition,
        
        
          both of HKUST’s applications for the new Prestigious HSS
        
        
          Fellowship Scheme were funded.
        
        
          HKUST researchers have been awarded a total of
        
        
          HK$91.4 million for two RGC Theme-based Research
        
        
          Scheme projects after a most rigorous competition.  The
        
        
          project “Stem cell strategy for nervous system disorders”
        
        
          led by Prof Nancy Ip will study molecular mechanisms
        
        
          and signaling pathways that control the generation
        
        
          and differentiation of neural stem cells for developing
        
        
          new therapies to combat the devastating effects of
        
        
          neurodegenerative and neuropsychiatric diseases.  A team
        
        
          of electrical engineers and material scientists led by Prof
        
        
          Kei May Lau has embarked on a project that will help
        
        
          accelerate the adoption of solid state lighting systems for
        
        
          a more sustainable environment.  The team will utilize
        
        
          silicon IC technologies to develop innovative device design,
        
        
          fabrication and packaging systems for a revolutionary
        
        
          “Cost-effective and eco-friendly LED System-on-a-chip
        
        
          (SoC)”.