
Novel photodetectors based on nanomaterials: devices and applications
A research project examining novel photodetectors for the mid-to long-wave infrared spectral range based on new nanomaterials and nano-optics.
This is one of two projects studying malaria transmission in Asia-pacific countries. To view the details of the partner project, click here.
This project aims to identify key reasons for successful malaria elimination in China and investigate their potential to assist other Asia-Pacific countries in eliminating malaria.
The main objectives of this project are to:
From 30 million cases 70 years ago to zero cases today, China's long road towards malaria elimination was hard-earned and made possible through the many successful malaria intervention programs the country had implemented.
One program is the famous "1-3-7" malaria surveillance and response strategy. Under the strategy, health facilities have a 1-day deadline to report a case of malaria, which must be followed up by health authorities within 3-days. Within 7 days of identifying an outbreak, authorities must have taken appropriate action to combat the spread of the disease.
This project aims to investigate whether intervention methods like the "1-3-7" strategy can be effectively exported to other Asia-Pacific countries to achieve the same impact.
Researchers will first identify which interventions had the greatest success by reviewing and analysing historical databases. These include case data, data on local interventions as well as molecular and serological data collected in the Chinese province of Yunnan pre- (2005 - 2010) and post-launch of the National Malaria Elimination Program (2011 - 2016).
They will then apply existing mathematical models of malaria transmission to this data and quantify the effectiveness of China's various malaria intervention strategies.
Finally, these models will be adapted to estimate the feasibility of implementing the "1-3-7" strategy and similar programs in other Asia-Pacific countries.
The graduate researcher on this project is: Logan Wu
University of Melbourne supervisor:
Professor Ivo Mueller
Shanghai Jiao Tong University supervisor:
Professor Xiao-Nong Zhou
A research project examining novel photodetectors for the mid-to long-wave infrared spectral range based on new nanomaterials and nano-optics.
A research project to develop room-temperature mid-infrared photodetectors.
A research project examining the use of serological markers to monitor malaria elimination in Yunnan.
A research project examining novel photodetectors for the mid-to long-wave infrared spectral range based on new nanomaterials and nano-optics.