Finite temperature phase diagram and collective modes of coherently coupled Bose mixtures data

Numerical data of -"Finite temperature phase diagram and collective modes of coherently coupled Bose mixtures". arXiv:2510.11671 Simulation data are from Gross-Pitaevskii equation (GPE) simulation and Boguliubov-De-Gennes equation simulation. Dataset Structure 1. The "Fig_1_phase_diagram" folder contains data for finite-temperature phase diagram for ferro-paramagnetic transition in coherently coupled Bose mixtures. "black_line.txt" data file corresponds to HFB-Popov, "magenta_line.txt" correspsonds to HFB-Popov numerical simulation data, "blue_line.txt" data file corresponds to Ideal Bose gas data. 2. The "Fig_2_dispersion" folder contains data for dispersion curves at zero and finite temperatures. "ferro_zeroT_*.903" , "ferro_zeroT_*.904", "crit_zeroT_*.903","crit_zeroT_*.904", "para_zeroT_*.903", "para_zeroT_*.904" contain k vs \omega with Q values at zero temperatures, "ferro_finiteT_*.903" , "ferro_finiteT_*.904", "crit_finiteT_*.903","crit_finiteT_*.904", "para_finiteT_*.903", "para_finiteT_*.904" contain k vs \omega with Q values at finite temperatures and "ferro_analytical.dat contain anaytical dispersion for ferro, "d_para_analytical.dat" and s_para_analytical.dat" contains dispersion for para, " d_critical_analytical.dat" and s_critical_analytical.dat" contains dispersion for critical region. 3. The "Fig_3_spin_gap_sz" folder contains spin-gap and magnetization vs T data. ".0.04.txt",".0.042.txt", ".0.044.txt" contains spin-gap vs T ,sz vs T, condensate magnetization and thermal magnetization data for different \Omega. 4. The "Fig_5_exction_spectrum" folder contains excitation spectra for trapped case. "eigen_value.txt" contains \Omega vs \omega and Q data for ferro-paramagnetic transition in trapped system. 5. The "Fig_6_asymmetric" folder contains excitation spectra for asymmetric interaction case in trapped system. "eigen_value.txt" contains \Omega vs \omega and Q data for ferro-paramagnetic transition in asymmetric case.