README

This folder contains data for all the calculation of the coherence temperature using the definition Tcoh = 1/rho(0) where rho(E) is the interacting DOS.
The calculated Tcoh is then used in comparison with the Mean Field derived Tcoh = r^2(T=0)/D. The data correspond to the two fillings:
nc = 0.20 and nc = 0.84

File Naming Convention

The filenames in each folder (corresponding to filling) follow the pattern:
    - bins: contains the bins used for the computation of the DOS for each Kondo coupling J
            - bin_J=X.npy where X is the Kondo coupling
    - evals: contains the eigenvalues of the interacting mean field Hamiltonian for each Kondo coupling J
            - J=X.npy where X is the Kondo coupling
    - dos: contains the computed DOS for each Kondo coupling J
            - dos_J=X.npy where X is the Kondo coupling

In the parent directory, there are also two datafiles, fill_X.npy and fill_Y.npy which contain the calculated Tcoh based on the DOS as explained above.

File Structure

Each .npy file contains one column corresponding to the data it describes. 
    - fill_X.npy contains the coherence temperatures for the filling X at all J in [0.07, 1.50]

Usage

To analyze the coherence temperature, you can use the calculated DOS and compute DOS at E=0. For the calculation of the DOS, the evals datafiles are needed. 
Fig 14 of the paper is then produced by both the abovementioned calculation, and the mean field data stored in "CoherenceTemperatures", by computing r^2/D
for each Kondo coupling.