Andrew's research focuses heavily on the conversion of light energy into other forms. This includes the development of novel solar cell architectures, combining low cost technologies such as Dye-sensitised Solar Cells and Organic PV with ‘third generation’ concepts, such as photon up-conversion and tandem architectures. He is also involved developments of various photocatalytic systems, including water purification, water splitting as well as carbon dioxide and nitrogen reduction.
Research Keywords & Expertise
Photocatalysis
Upconversion luminesce...
photocatalytic degrada...
photovoltaic devices
dye-sensitized solar c...
photon Up-conversion
Fingerprints
42%
dye-sensitized solar cells
8%
photocatalytic degradation
5%
Photocatalysis
5%
photovoltaic devices
5%
photon Up-conversion
Short Biography
Andrew's research focuses heavily on the conversion of light energy into other forms. This includes the development of novel solar cell architectures, combining low cost technologies such as Dye-sensitised Solar Cells and Organic PV with ‘third generation’ concepts, such as photon up-conversion and tandem architectures. He is also involved developments of various photocatalytic systems, including water purification, water splitting as well as carbon dioxide and nitrogen reduction.