News

EQUS researchers have experimentally demonstrated an algorithm that efficiently characterises evolving quantum states, even in the presence of substantial noise.

EQUS researchers have developed a simple model to understand and model solid-state defect systems and to preserve quantum states in noisy environments.

A study supervised by EQUS Chief Investigator Dr Sally Shrapnel has found millions of COVID-19 patients may have undiagnosed acute kidney injury.

EQUS researchers have demonstrated a quantum memory that stores and recalls information with comparable performance to the current best laboratory demonstrations, operates continuously, and may be implemented with minimal technical effort.

EQUS start-up Vai Photonics has been acquired by Advanced Navigation in a deal worth up to $40 million.

EQUS researchers have shown that unconventional subsystem symmetries applied to two-dimensional topological phases of matter enforce mobility constraints on anyonic quasiparticle excitations that facilitate new types of symmetry fractionalisation and increase quantum memory times for topological quantum codes experiencing biased noise.

As part of his PhD, Mark Webster has been investigating ways of efficiently representing general quantum states that cannot be simulated using classical computing.

Researchers in the Astrophonotics Group at UWA have shown how a retroreflected laser can be used to correct for turbulent beam wander of free-space laser links.

The stories offer imaginative takes on the dangers of ignoring equipment warning signs, the quantum Zeno effect and quantum advantage.