QSI Seminars & Events

Find out how quantum technologies will change society and how to get involved!  Join UTS QSI, at our PhD event. ...

Efficient learning of quantum noise
Noise is the central obstacle to building large-scale quantum computers. Quantum systems with...

Algorithmically random spin chains
We survey a notion of algorithmic randomness for infinite qubit sequences. 

Fault-tolerant quantum advantage with shallow circuits
As larger and larger prototypes of quantum computers are being developed, one...

Techniques for preparing eigenstates of fermionic Hamiltonians
One of the most important applications of quantum simulation is the...

Fault-Tolerant Quantum Gates with Defects in Topological Stabiliser Codes
The potential and limitations of braiding defects in topological...

Soufflé: A Datalog Engine for Static Analysis
Soufflé is an open-source system for developing static program analyses and...

Private-Key Quantum Cryptography with Boson Sampling devices
A quantum private-key encryption protocol, based on multi-photon interference in linear...

Resonant conversion of quantum resources
Examining the problem of noisy state interconversion within resource theories and the phenomenon...

Quantum technology: the second quantum revolution
We are currently in the midst of a second quantum revolution.  Join...

Resource theories of quantum processes
How limitations on quantum control across multiple points in time induce resource theories...

Dynamical decoupling and wild environments
Challenge folk-knowledge of what are "nice" and "wild" quantum environments in the context of...

Error Aware Clifford Circuit Compilation
Improving the performance of quantum error correcting codes, by optimising Clifford circuits against a...

Scalable Bayesian learning of local Hamiltonians  
As the size of intermediate scale quantum devices continues to grow, the...

Learning nonlinear input-output maps with dissipative quantum systems
A theoretical framework for learning of nonlinear input-output maps with...

Opportunities and Challenges for Spin Qubits in Silicon
Worldwide efforts to develop various kinds of silicon-based qubits hope...

Accelerated quantum algorithms for electronic structure

The week-long workshop 'Beyond iid 2019' at UTS (1-5 July), will bring together classical and quantum Shannon theory communities.

Join Professor Marius Junge from the University of Illinois in a seminar on concentration inequalities.

Information session for students interested in pursuing a PhD in Quantum Computing.