All the data accompanying the publication "Lightly-strained germanium quantum wells with hole mobility exceeding one million" are shared.

Contact : m.lodari@tudelft.nl (1), g.scappucci@tudelft.nl (1), o.kong@unsw.edu.au (2,3), alex.hamilton@unsw.edu.au (2,3)
Address 1: QuTech and Kavli Institute of Nanoscience, Delft University of Technology, P.O. Box 5046, 2600 GA Delft
Address 2: ARC Centre of Excellence for Future Low-Energy Electronics Technologies,University of New South Wales, Sydney, New South Wales 2052, Australia
Address 3: School of Physics, University of New South Wales, Sydney, New South Wales 2052, Australia


In each folder, a txt file describes the content of the corresponding Matlab Workspace. 
Load the workspace in Matlab, to access the datasets.

Here is a list of the available files: 

- FIG1/FIG1_b.mat : all the data related to the Raman spectroscopy data for the SiGe 80% and SiGe 90% shown in Fig.1b in the manuscript 
- FIG1/FIG1_b.txt : text file explaining the content of the corresponding .mat file

- FIG1/FIG1_c_d.mat : all the data related to the mobility-density and percolation fit for sample 1-5 shown in Fig.1c and d in the manuscript, at 1.7K
- FIG1/FIG1_c_d.txt : text file explaining the content of the corresponding .mat file

- FIG2/FIG2a_b.mat : magnetoresistance curve at 70mK shown in Fig.2a and b in the manuscript
- FIG2/FIG2a_b.txt : text file explaining the content of the corresponding .mat file

- FIG3/FIG3a.mat : dataset generating the 2D plot of normalized rhoxx as a function of B and density shown in Fig.3a in the manuscript, at 70mK
- FIG3/FIG3a.txt : text file explaining the content of the corresponding .mat file

- FIG3/FIG3b_c_d.mat : the three rho xx vs Bfield line cuts from the 2D plot, shown in Fig.3b, c, and d in the manuscript, at 70mK
- FIG3/FIG3b_c_d.txt : text file explaining the content of the corresponding .mat file

- supplemental_material/FIG1_SM.mat : longitudinal magnetoresistance curves from 68mK to 1.2K shown in Fig.1 in the manuscript's supplemental material
- supplemental_material/FIG1_SM.txt : text file explaining the content of the corresponding .mat file

- supplemental_material/FIG2_SM.mat : activation energy for all the investigated filling factors vs. magnetic field shown in Fig.2 in the manuscript's supplemental material
- supplemental_material/FIG2_SM.txt : text file explaining the content of the corresponding .mat file

- supplemental_material/FIG2_inset_SM.mat : minimum rho xx vs. 1/Temperature for filling factor 5 shown in Fig.2 inset in the manuscript's supplemental material
- supplemental_material/FIG2_inset_SM.txt : text file explaining the content of the corresponding .mat file
 

More information can be found in the specific .txt file for each dataset.