Exciting nuclei with strange shapes

Wednesday 28 June 2017 10am

As a kid growing up in New Zealand, Jackson Dowie was fascinated by nuclear physics, like his Kiwi predecessor Ernest Rutherford.

"I'd heard that ANU was the best place in the southern hemisphere for research," he says.

Now he's here, he’s in his element.

"The scale of the equipment, the particle accelerator, is amazing – and that’s just one department in the whole Research School."

Jackson first came to ANU for a summer scholarship on the search for dark matter - ANU is involved in SABRE, a project to use an abandoned mine in Victoria to house a dark matter detector. However for his PhD he has ended up looking for a never-before seen decay path, which could shed light on the shapes of nuclei.

"As they get excited during interactions their shapes change dramatically.

"It's stimulating and enjoyable – the deeper you look into a subject the more you find that is exciting and interesting."

Although he's like to continue into a research career, Jackson says his programming and data analysis skills will give him options should he want them down the track.

But for now, he’s happy being immersed in the PhD.

"I love the people here, they're smart and funny and it's a nice environment. I’m more at home here than anywhere else I've been."

 

Interested in joining us at ANU? Come to market day to meet potential supervisors and discuss research projects. Travel scholarships available for interstate residents.

Related news stories

Megavolts Episode 12: Testing dark matter detector purity

The challenge with detecting dark matter is that the signal will probably be incredibly small – perhaps only a couple of particles per day. So it would be really easy to be fooled by some other signal, such as lead-210, which is radioactive. Dr Anton Wallner is testing the crystals that will be used...

Megavolts Ep 10: Cygnus and the search for dark matter

Is there dark matter all around us, is there a dark matter wind passing through us as the earth travels through space? Victoria Uttaree Bashu is part of the Cygnus-Oz collaboration, building ultra-sensitive detectors to look for these elusive particles.

Lights on for Australia's first dark matter lab

Australia is set to play a leading role in the global hunt for mysterious dark matter, with the launch of a new lab in regional Victoria today. The Stawell Underground Physics Laboratory (SUPL) will be the new epicentre of dark matter research in Australia and is a collaboration between the University...

They found the Higgs boson, but there might be five more!

Anomalous results in particle physics experiments could be a hint to the existence of another five Higgs bosons, calculations have shown. In the sixties Peter Higgs predicted the existence of a scalar particle of the Higgs field, and estimated it would be very heavy: it took decades for a particle collider...