Professor Lloyd Hollenberg

As National Science Week celebrates scientific discovery in Australia, we ask what’s likely to be the ‘next big thing’ in some of the most exciting fields of science research?

Newly developed software for learning quantum computer programming allows students to see inside the ‘black box’ and start using the ‘weird’ physics to solve problems

Quantum computing can be a challenging concept to get your head around - could you explain it?

Like the evolution of classic computers in the 1940s, quantum computers are on the cusp of mainstream, and researchers, businesses and universities are already getting themselves quantum ready

Much of quantum computing exists primarily in theory. Quantum sensing, however, is already here

Quantum computing could stream-line financial calculations, optimise the workings of complex systems like logistical networks and enhance artificial intelligence. So how hard can it be?

Physicists have successfully run the largest quantum computing simulation to date, a key step in becoming quantum-ready

Physicists have demonstrated how, using light, a diamond layer and quantum mechanics, they could potentially “light up” our molecular insides for more powerful MRIs

In the race towards faster and smarter next-generation electronics, including quantum computers, researchers at the University of Melbourne are the first in the world to image how electrons move in two-dimensional graphene