Raghda hopes to use her PhD for future creative inspiration. Associate Professor Paul Thomas (Artist, UNSW Art & Design) and Professor Andrea Morello (Quantum Physicist, UNSW Engineering) will discuss and present. But I do think that art and creative media can help people get a little bit of intuition into some difficult concepts.” “I don’t think it is possible to fully explain something scientific through just one piece of artwork. Raghda hopes that both her research and her art practice can help elucidate scientific concepts that are difficult to understand. “I am looking at this from the lens of a nuclear physicist, investigating the nucleus that the dark matter particle is going to scatter off.” “We want to try and detect a dark matter particle interacting with a nucleus and giving off a signal. However, we do know that dark matter has mass and impacts the way galaxies are formed.Īustralia is playing a leading role in the global hunt for dark matter, with the Stawell Underground Physics Laboratory, located in a gold mine one kilometre underground. “For me, red represents this red shifting phenomenon, with the darker reds representing greater expansion.”ĭark matter is like dark energy, in that scientists can measure its impact on the universe, but we haven’t been able to detect or observe it directly. Raghda uses a range of red tones and gradients to explore this mystery through art. This indicates that the universe is expanding at an accelerated rate.” “If we look at a faraway galaxy or faraway supernova, we can see that over time, the spectrum of light is red shifted. Now she is part of the ARC Centre of Excellence for Dark Matter Particle Physics, where she is helping to unlock one of the greatest mysteries of our universe, by theorising how dark matter particles could interact with the nucleus of an atom.ĭark matter and dark energy represent the part of the Universe that we can’t see – which, combined, is 95 per cent of it.ĭark energy drives the accelerated expansion of our universe, Raghda explains. “I love the creative liberty of choosing how to represent a scientific idea.”īefore arriving at The Australian National University Research School of Physics, Raghda explored the connections between art and science through undergraduate degrees in fine arts and advanced science. “I’m exploring the repulsive energy that is responsible for the universe expanding at an accelerated rate. “This painting is part of a dark energy-inspired series,” she says, as she makes another deliberate stroke of the paintbrush on her canvas. And not just for her PhD research in nuclear physics. Raghda Abdel Khaleq spends a lot of time contemplating the unknown sector of our universe.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |