Code supplement: Line search by quantum logic spectroscopy enhanced with squeezing and statistical tests

The code includes microscopic simulation of the signaling lineshape in the scenario described in the paper and the implementation of the Neyman-Pearson test for distinguishing the signal from noise and assess the errors of type 1 and 2. We also include code for optimizing the transition search parameters to find the fastest search strategy. Please see the comments in the code for more details.

Contents: 1. Code supplement file as a jupyter notebook 2. Code supplement file as a .py file

Data and Resources

Cite this as

Ivan Vybornyi, Klemens Hammerer (2025). Code supplement: Line search by quantum logic spectroscopy enhanced with squeezing and statistical tests [Data set]. LUIS. https://doi.org/10.25835/2z11et40
Retrieved: 14:38 04 Jun 2026 (UTC)

Additional Info

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Author Ivan Vybornyi, Klemens Hammerer
Maintainer Ivan Vybornyi
Last Updated May 26, 2025, 14:19 (UTC)
Created May 20, 2025, 09:02 (UTC)
License Creative Commons Attribution 3.0
Dataset Size 65.6 KByte