Associate Professor Xiaojing Hao talks about her research and contribution.
[Music plays and image shows the Commonwealth Coat of Arms, the words ‘Australian Government’, the Malcolm McIntosh Prize medallion and text beneath: 2020 Prime Minister’s Prizes for Science, Scientia Associate Professor Xiaojing Hao]
[Images move through of a hand lifting a sample of yellow liquid in a container from a machine, and then the image changes to show Professor Xiaojing looking at the sample]
Scientia Professor Xiaojing Hao: I’m Xiaojing Hao.
[Image changes to show Xiaojing Hao talking to the camera]
My role at the UNSW is Scientia Associate Professor at the School of Photovoltaic and Renewable Energy Engineering.
[Image changes to show a side view of Xiaojing smiling]
I’m currently also Australian Research Council Future Fellow.
[Image changes to show Xiaojing working on a computer and the camera zooms in on her face and then the image changes to show the sun shining through clouds in the sky]
The aim of my research is to squeeze more electricity out of sunlight.
[Images move through to show Xiaojing smiling outside of the UNSW Energy Technologies Building, Xiaojing talking, a profile view of Xiaojing talking in a laboratory, and Xiaojing looking at a solar cell]
My research at UNSW has been recognised by our leadership in three thin-film solar cell technologies, including five world record efficiencies for abundant, non-toxic, and stable kesterite solar cells.
[Images move through Xiaojing and a colleague operating a machine, an aerial view of a solar farm, solar panels on a house roof, and an aerial view of solar panels being installed on a roof]
Traditionally we see silicone solar cells in solar farms or on our house roof.
[Image changes to show Xiaojing holding up thin-film solar cells and comparing them]
What I’m doing is to integrate our thin-film solar cells with different types of surfaces and it can be flexible stainless steel, rigid glass, or even simply added on to silicone.
[Image changes to show a bank of solar panels and then the image changes to show an aerial view of solar panels on a large roof area]
These thin-film solar cells I’m working on can be used in various aspects of our daily life. We want to see them everywhere because we have solar energy everywhere.
[Image changes to show Xiaojing talking to the camera and then the image changes to show Xiaojing and a colleague in conversation in the laboratory]
Mostly I love the research because I’m a curious seeker of the truth.
[Image changes to show Xiaojing talking to the camera]
From a very young age whenever I saw something I always felt there was a smarter and easier way to do it.
[Image changes to show a close view of Xiaojing operating a machine in the laboratory and then the image changes to show Xiaojing and a colleague operating different machines]
My aspiration of using solar power was seeded at a very young age. When I was five years old I tried using solar energy as a magical power to cook noodles.
[Image changes to show Xiaojing talking to the camera]
I wanted to be an innovator and a detective, so I became a scientist.
[Image changes to show Xiaojing and a colleague in conversation, and then the image changes to show Xiaojing talking to the camera, and then the image changes to show a profile of Xiaojing smiling]
To be recognised by the Prime Minister’s Prizes for Science, I’m really honoured about that one. It’s really good to put our research work under the spotlight and further helping us to promote our research work and research achievement.
[Music plays and the image changes to show the Commonwealth Coat of Arms, the words ‘Australian Government’, the Malcolm McIntosh Prize for Physical Scientist of the Year medallion and text beneath: 2020 Prime Minister’s Prizes for Science, Scientia Associate Professor Xiaojing Hao]