Quantum Horizons: From Brainwaves to Time Crystals

Quantum physics governs the tiniest building blocks of our universe—atoms, light, and everything in between. Though invisible to the naked eye, its influence is everywhere: powering breakthroughs in medical imaging, revolutionising computing, and expanding our understanding of the universe.

This National Science Week, take a journey into the strange and fascinating world of quantum. Learn what it really is, how it's already transforming our lives, and where it's headed next.

Swinburne University of Technology is leading the charge in quantum innovation, with two world-class research centres, a community of over 30 researchers and students, and cutting-edge programs training the next generation of quantum pioneers.

Join us as five Swinburne experts share their groundbreaking work—from decoding the mysteries of the brain to engineering time crystals.

Dr Ben McAllister, will kick off the evening by demystifying the strange rules that govern the quantum world, explaining how they differ from our everyday experience, and exploring why they’re so crucial to everything.

Associate Professor Tapio Simula will introduce you to the natural habitat of the quantum world, where particles behave in unexpected ways. He’ll reveal how these particles can merge into large, swirling quantum fluids—unlike anything in classical physics—and how this strange behaviour is being harnessed to help build the quantum computers of the future.

Associate Professor Tatiana Kameneva will explore how using gentle electrical stimulation of the ear, combined with quantum-based brain imaging techniques like magnetoencephalography (MEG), is helping researchers better understand brain activity and paving the way for more personalised, non-invasive treatments for depression.

Associate Professor Mahnaz Shafiei will present her pioneering research on developing advanced hydrogen sensors using quantum nanomaterials, aimed at supporting Australia’s clean energy transition by ensuring hydrogen can be used safely and reliably across industries.

Distinguished Professor Peter Hannaford AC will explore “Time-tronics,” a new concept in quantum technology where ultra-cold atoms are used to create time-based circuits, potentially paving the way for powerful and flexible quantum computers.

Registration and light refreshments will be available from 5.00pm.

We’re excited to have you join us for what promises to be a fascinating event