Data for "Bosonic Superfluid on Ellipsoidal Surface"

1.For the plot of Fig.1, "fig1_a.csv" and "fig1_b.csv" provides the x (a/R) and y (c/R) component of coordinates for each point. The first and second columns of the file "fig1_energy.csv" represent the eigen-energies (\epsilon/E_R) corresponding to |m| = 1 and |m| = 0 of L = 1 manifold, respectively. Each column, containing 400 values, can be reshaped into a 20-by-20 matrix.<br>2. File "fig2_exact.csv" contains the exact results of spectrum (\epsilon/E_R) under condition of fixed surface area, where seven coloumns from left to right represent \alpha (describing the deviation from sphere); L=0,|m|=0; L=1,|m|=0; L=1,|m|=1; L=2,|m|=0; L=2,|m|=1; L=2,|m|=2. Six coloumns in "fig2_pert.csv" show the results with first-order perturbation, which correspond to alpha; L=1,|m|=0; L=1,|m|=1; L=2,|m|=0; L=2,|m|=1; L=2,|m|=2.<br>3. "fig3_a.csv" and "fig3_b.csv" provide the data for subfigures (a) and (b) in Fig.3. In each file, the first column is the cosine of angle theta, while the other columns are distributions of wavefunction with fifth, seventh and ninth lowest eigen-energies.<br>4. "fig4.csv" provides the results for Fig.4. The first column is the scattering length (R/as), the other three columns from left to right are superfluid fraction f_s with deviation parameter \alpha = -0.05, 0 and 0.05.