Speaker
Description
We realize a universal gate-set for quantum computing with microwave nearfields
with trapped ions [1]. $^9Be^+$ ions are trapped in a surface electrode trap with
an integrated microwave electrode. Single ion addressing is done through micromotion
sidebands [2]. We approach entangling infidelity of $10^{-3}$ with Mølmer-Sørensen
gates. Based on the work done by [3] we investigate further use of Bayesian statistics
for flourescence readout and state discrimination. The state determination can be
improved by techniques to dynamically reduce readout time based on a probability
threshold. Further, we will report on utilizing belief information for each state
determination together with a time series database for post-analysis. We plan to
implement a Bayes filter on top of the time series data from our experiments to
track the experiment setup condition.
[1] C. Ospelkaus et al., Phys. Rev. Lett. 101 090502 (2008)
[2] G. Zarantonello et al., Phys. Rev. Lett. 123 260503 (2019)
[3] A. H. Myerson et al., Phys. Rev. Lett. 100 200502 (2008)
