| Name | Supervisor | Thesis |
|---|
| | |
|
Travis Baker
| Professor Howard Wiseman |
Ultimate limits to quantum coherence
|
| Kok Wei Bong | Professor Geoff Pryde | Large photonic entangled states for quantum information processing |
| Valdis Blums
| Associate Professor Mirko Lobino |
Quantum state engineering with integrated photonic circuits
|
| Teerawat Chalermpusitarak | Dr Gerardo Paz Silva Professor Howard Wiseman | Towards scalable control of quantum systems |
| Dashavir Chetty
| Professor Robert Sang Associate Professor Igor Litvinyuk |
Coherent X-rays from laser-generated plasmas
|
|
Steven Connell
| Associate Professor Mirko Lobino |
Multiple trapped 171Yb+ Ions in a micro-fabricated trap for long distance quantum communication
|
|
Toshio Croucher
| Professor Joan Vaccaro |
Erasing information and thermodynamics
|
| Paul Fisher | Associate Professor Mirko Lobino | Frequency conversion in waveguide for quantum and classical communications |
| Nida Haram
| Professor Robert Sang Associate Professor Igor Litvinyuk |
Reaction Microscope studies of ultrafast dynamics in atoms and molecules
|
|
Farzad Jouneghani
| Professor Geoff Pryde |
Generation and characterisation of photonic entangled states
|
|
Kiarn Laverick | Professor Howard Wiseman Dr Areeya Chantasri | New approaches to quantum state smoothing |
|
Mumta Mustary
| Professor Robert Sang Associate Professor Igor Litvinyuk |
Applications of a Gouy Phase Interferometer
|
| Daniel Peace | Associate Professor Mirko Lobino | Innovative waveguide in Lithium Niobate for quantum applications |
| Jordan Scarabel | Associate Professor Mirko Lobino | Ultrafast quantum gates with trapped ions |
| Kenji Shimizu | Associate Professor Mirko Lobino | Fast two qubit gate with trapped ions and ultrafast laser pulses |
| Anibal Utreras-Alarcon | Professor Howard Wiseman | Extended Wigner's friend scenarios |
|
Matteo Villa
| Associate Professor Mirko Lobino |
Development of micro and nano structures in lithium niobate for quantum information technologies
|
|
Jackson Wright
| Professor Joan Vaccaro |
Vaccaro-Barnett Information Erasure in a Quantum Dot Heat Engine |