This archive contains the relevant data for
Observation of magnetic Feshbach resonances between Cs and 173Yb
Tobias Franzen, Alexander Guttridge, Kali E. Wilson, Jack Segal, Matthew D. Frye, Jeremy M. Hutson, Simon L. Cornish


-------------------------------------------
Fig1 - 622 G Cs and Yb.txt
Fig1 - 622 G Cs only.txt
Fig1 - 702 G Cs and Yb.txt
Fig1 - 702 G Cs only.txt

These files shown the experimental data points plotted in Fig. 1. 'B(G)' is the magnetic field value using a calibration obtained from microwave spectroscopy, 'N_Cs' is the normalized Cs atom number (as obtained from Gaussian fits to absorption images) averaged over several shots per datapoint and 'N_Cs_err' is the associated statistical standard error.


-------------------------------------------
Fig1 - 622 G model curves.txt
Fig1 - 702 G model curves.txt

These files contain the fitted curves shown in Fig. 1, constructed from a sum of Voigt profiles for the individual spin components
'B(G)' is the magnetic field value, 'all'  is the atom number accounting for losses due to all spin components (green line in the figure) and the following 6 columns labelled by their m_i,Yb value give the contributions of each individual spin component (gray lines in the figure).


-------------------------------------------
Fig2 - Predicted normalized widths.txt

This file contains the predicted normalized widths for each resonance component (see Yang2019) as shown in Fig. 2. The columns denoted 'I', 'II', and 'I+II' give the results for calculation including only Mechanism I, only Mechanism II and both Mechanisms respectively. A dash denotes a coupling forbidden by the selection rules.