During my PhD at the University of Sydney, Quantum Contorl Lab, I built a challenging atomic physics experiment, now one of three in the world, including a working Penning trap, custom UV laser system & experimental control software (Python based), supporting quantum simulation research with hundreds of spin qubits.
This repository contains the experimental control software I wrote for automating control of this experimental system.
More information about this system experiment can be found in my PhD thesis:
Harrison B. Ball (2018).
Robust quantum control & verification & quantum simulation with trapped ions.
Doctoral dissertation, http://hdl.handle.net/2123/17899, 2018, The University of Sydney
and in the follow-up publication
Harrison Ball, Christian D. Marciniak, Robert N. Wolf, Alex T.-H. Hung, Karsten Pyka, Michael J. Biercuk (2018).
Site-resolved imaging of beryllium ion crystals in a high-optical-access Pen- ning trap with in-bore optomechanics.
arXiv:1807.00902 [physics]