Other Brisbane events

Physics talks: a study in uncertainty

Past event - 2022
09 May Doors open 6pm | Start time 6:20pm | End time 8:30pm
, {address}, {city}, {state} {postcode}
Hear about how our scientists are dealing with Heisenberg’s uncertainty principle to understand the weirdness of quantum physics, and how a fist does not always equal the sum of its fingers.

Small to Big: The limits of quantum physics

Carolyn Wood (PhD Candidate, The University of Queensland)
Quantum physics is weird, yet it underpins most of life and technology on Earth. How do we get to the familiar world we can see and touch from the world of quarks and atoms? Perhaps we can learn something from Einstein’s humble formula: E=mc^2.

Carolyn is currently a final-year PhD student at the University of Queensland. She researches physics at the interface between quantum mechanics and general relativity, and how this might help the development of future quantum technologies.

What is weird about Quantum Mechanics?

Dr Moji Ghadimi (Research Fellow, The University of Queensland)
Soon after formulation of quantum mechanics, Einstein realised that it allows particles, a universe apart, to affect each other instantly. Moji will explain this and other quantum weird predictions in non-technical language.

Moji Ghadimi is a research fellow at University of Queensland that works on AI, quantum computing and quantum physics projects. He has published papers on Many Worlds interpretation of quantum mechanics and Einstein’s “spooky action at a distance”.

More is different

Prof Ben Powell (Professor, The University of Queensland)
One of the most profound discoveries in science is that simple rules often lead to complex phenomena. Emergence is ubiquitous: one water molecule is not a fluid, one neuron is not conscious, and one DNA molecule is not alive.

Ben is a theoretical physicist interested in how quantum mechanics and emergence can fundamentally change the properties of particles in materials – e.g., splitting the electron into smaller particles that cannot exist in the vacuum.
Map data © OpenStreetMap contributors.