Speaker
Prachi Nagpal
(University of Sydney)
Description
Extending the computational Hilbert space, we encode qudits in the magnetically insensitive hyperfine states in the 3D1 manifold of Lutetium ions. Equipped with error-suppressing pulses through optimized dynamical modulation of optically driven couplings, this is designed to implement universal control for qudit quantum information processing. Additionally, the system can co-trap ytterbium ions, enabling exploration of practical applications such as quantum non-demolition measurements [1], quantum-logic-assisted syndrome readout protocols, and quantum simulations for chemistry [2].
- D. Hume et al., Phys. Rev. Lett. 99, 120502 (2007).
- R. J. MacDonell et al., Chem. Sci., 2021,12, 9794-9805 (2021).
| Academic level | PhD student |
|---|
Author
Prachi Nagpal
(University of Sydney)
Co-authors
Christophe Valahu
Hon Kwan Chan
Ting Rei Tan
Vassili Matsos