Research
I research Quantum Science,
specifically working within Atomic, Molecular, and Optical Physics with the goal of understanding
how to manipulate and control the quantum building blocks of nature.
My computational research is aimed at designing novel technologies using ultracold atoms,
with a view towards developing the emergent field of atomtronics. This includes the development of atom
interferometers for precision measurement (eg. gyroscopes). I also work on fundamental calculations of
how atoms and molecules work, to enable experimentalists to precisely control them using lasers,
electric, and/or magnetic fields. My research also involves antimatter, through trying to understand
how positrons (the anti-particle of the electron) interact with atoms.
I work with the UQ BEC group with ultracold (nano-Kelvin) atomic gases.
See me and my groups- PUBLICATIONS/PRE-PRINTS
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