Observing time crystals
Secrets of time crystals, unique configurations of particles perpetually switching, can now be explored by quantum computers says University of Melbourne expert
Using neutron stars to detect dark matter
Neutron stars can theoretically be used to detect dark matter and University of Melbourne researchers are refining the calculations to find the elusive particle
Exploring the most unknown universe
Exhibitions in the NGV Triennial explore how around 95 per cent of the universe is still a mystery awaiting discovery, says a University of Melbourne expert.
The dark matter detective
The University of Melbourne's Professor Elisabetta Barberio is leading groundbreaking Australian research in the hunt for elusive dark matter.
The frontiers of physics: From planets to photons
University of Melbourne physicist Professor David Jamieson takes us on a journey of his research; from Galileo’s historic discoveries to quantum computing.
The art of inexplicable eddies
A University of Melbourne collaboration between art and science explores the turbulent physics of eddies to produce a mesmerising artistic experience.
Molecules in motion
Professor Eva Nogales, 2019 Grimwade Medallist, explains how she uses the cryo-EM technique to study our cells' microtubules and improve disease management.
Quantum 2.0: At the beating heart of biology
As the University of Melbourne joins the IBM Quantum Network, advances in quantum mechanics could answer the question posed by Erwin Schrödinger: What is life?
Grasping the ‘spooky’ in Quantum physics
As the University of Melbourne joins the IBM Quantum Network, we explore the hard science behind a quantum computer and how it differs from a classical computer
The breath of life
In this episode of the University of Melbourne's Eavesdrop on Experts podcast, Roger Rassool discusses FREO2, first electricity-free oxygen concentrating system