For their insightful, creative and amusing takes on science topics, five finalists and 15 highly commended award winners have been anounced today in our University of Sydney Sleek Geeks Science Eureka Prizes.
The prizes are named after the Sleek Geeks - Dr Karl Kruszelnicki, Julius Sumner Miller Fellow at the University of Sydney, and Adam Spencer, Mathematics and Science Ambassador at the University of Sydney.
All five finalists will find out which prize they have won on 28 August at the Eureka Prizes awards dinner in the Sydney Town Hall.
In their film, Polar Bears Need their Ice, Ice Baby, Evelyn and Lucy explain how the use of air conditioners in Australia may be damaging the habitats of polar bears. They conduct experiments to demonstrate global warming and offer practical ideas for living more sustainably.
Inspired by the book Jurassic Park, Finn ponders what life would be like today if a dinosaur species were to be resurrected. In his film, Can We Bring Dinosaurs Back to Life?, Finn explores the science and biotechnology critical to this notion and explains the challenges scientists would face.
What do cosmetics, clothing and toothpaste have in common? They all contain microplastics. In Fish Fiasco, Ellie and Tsambika investigate how microplastics might end up in the ocean. They interview scientific experts, visit a wastewater treatment plant and even study fish stomach contents to uncover how society's use of plastic impacts the environment.
Neutrinos are subatomic particles that come from stars and nuclear reactions, and as Jonathan shows in Neutrinos – The Sky’s the Limit,they are all around us. Jonathan’s film uses creative multimedia techniques to reveal the implications that neutrinos have for physics and human life as a whole.
In April 2019 history was made when astronomers revealed the first ever image of a black hole. In How Was the Picture of a Black Hole Taken? Aiden and Thomas explore the physics of event horizons, the mechanics of cameras, and how Very Long Baseline Interferometry works, to understand how a black hole was imaged.