Numerical data for the paper "Nonlinear physics of axion inflation"

Le résumé fourni par la source

Data files containing numerical results illustrating the fundings of the paper "Nonlinear physics of axion inflation" https://arxiv.org/abs/2603.02570 %---------------------------------------------------------------------------------------------------------------------------------------%Relation to figures in the paper.%---------------------------------------------------------------------------------------------------------------------------------------% Figures 1 and 7:- background color --> file "Re-zeta.dat"- red solid line --> file "SR-UB-boundary.dat"- red dashed line --> file "SB-UB-boundary.dat" Figures 2 and 3:- red solid line --> file "SR-UB-boundary.dat"- red dashed line --> file "SB-UB-boundary.dat"- blue solid line --> file "delta-KG-criterion.dat" Figure 4:- panel (a): green dashed line, red dots --> file "bifurcation.dat"- panel (a): green solid and dashed lines --> solution \xi=\xi(b) to Eq. (3.7) for fixed v=200; function \bar{g}_0(\xi) tabulated in file "g0.dat"- panle (b) --> file "phase-space-xi2.89-b0.10853.dat"- panel (c) --> file "phase-space-xi2.977-b0.16972.dat" Figure 5:- panels (a1) and (b1) --> file "phase-space-v3.6e7-b1.4e-6.dat"- panel (c1) --> file "Fourier-v3.6e7-b1.4e-6.dat" - panels (a2) and (b2) --> file "phase-space-v3.6e7-b1.9e-6.dat"- panel (c2) --> file "Fourier-v3.6e7-b1.9e-6.dat" - panels (a3) and (b3) --> file "phase-space-v3.6e7-b3.3e-6.dat"- panel (c3) --> file "Fourier-v3.6e7-b3.3e-6.dat" - panels (a4) and (b4) --> file "phase-space-v3.6e7-b2.4e-5.dat"- panel (c4) --> file "Fourier-v3.6e7-b2.4e-5.dat" Figure 6 (a):- background color --> solution of Eq. (4.3) w.r.t. \beta, where v^{new}_{thr} is tabulated in file "SR-UB-boundary.dat"- white contour lines --> Eq. (4.3) for fixed values of \beta, where v^{new}_{thr} is tabulated in file "SR-UB-boundary.dat"- yellow [cyan] solid and dashed lines --> parametric curves given by Eq. (4.4) with potential in Eq. (4.1) [Eq. (4.2)] Figure 6 (b):- yellow solid curve --> file "m2-b20_gef.dat"- yellow dashed curve --> file "m2-b20_inf.dat"- cyan solid curve --> file "tanh-b60_gef.dat"- cyan dashed curve --> file "tanh-b60_inf.dat" Figure 6(c):- yellow solid curve --> files "m2-b20_gef.dat" and "m2-b20_inf.dat"- cyan solid curve --> files "tanh-b60_gef.dat" and "tanh-b60_inf.dat" %---------------------------------------------------------------------------------------------------------------------------------------%Contents of each file.%---------------------------------------------------------------------------------------------------------------------------------------% File "g0.dat":- 1 column --> values of \xi [dimensionless]- 2 column --> values of log_10(g_0(\xi)) [dimensionless] Files "SR-UB-boundary.dat", "SB-UB-boundary.dat", and "delta-KG-criterion.dat":- 1 column --> values of log_10(v) [dimensionless]- 2 column --> values of log_10(b) [dimensionless]- 3 column --> values of \xi [dimensionless] File "Re-zeta.dat":- 1 column --> values of log_10(v) [dimensionless]- 2 column --> values of log_10(b) [dimensionless]- 3 column --> values of Re(\zeta_1) [dimensionless] File "bifurcation.dat":- 1 column --> values of b [dimensionless]- 2 column --> values of \overline(\xi) [dimensionless]- 3 column --> values of \xi_{min} [dimensionless]- 4 column --> values of \xi_{max} [dimensionless] Files "phase-space-xi2.89-b0.10853.dat" and "phase-space-xi2.977-b0.16972.dat":- 1 column --> values of \xi [dimensionless]- 2 column --> values of d\xi/dN [dimensionless]- 3 column --> values of \rho_E/\rho_{E,0}-1 [dimensionless] Files "phase-space-v3.6e7-b1.4e-6.dat", "phase-space-v3.6e7-b1.9e-6.dat", "phase-space-v3.6e7-b3.3e-6.dat", and "phase-space-v3.6e7-b2.4e-5.dat":- 1 column --> values of \Delta N (number of e-folds) [dimensionless]- 2 column --> values of \xi [dimensionless]- 3 column --> values of d\xi/dN [dimensionless]- 4 column --> values of \rho_E/\rho_{E,0} [dimensionless] Files "Fourier-v3.6e7-b1.4e-6.dat", "Fourier-v3.6e7-b1.9e-6.dat", "Fourier-v3.6e7-b3.3e-6.dat", and "Fourier-v3.6e7-b2.4e-5.dat":- 1 column --> values of Fourier frequencies \omega_n (w.r.t. number of e-folds as a time variable) [dimensionless]- 2 column --> values of Fourier coefficients A_n [dimensionless]- 3 column --> values of Fourier coefficients B_n [dimensionless]- 4 column --> values of Fourier coefficients D_n [dimensionless] Files "m2-b20_gef.dat" and "tanh-b60_gef.dat":- 1 column --> time t [reduced Planck units, M_P^-1]- 2 column --> number of e-folds N [dimensionless]- 3 column --> inflaton field \phi [reduced Planck units, M_P]- 4 column --> inflaton velocity \dot\phi [reduced Planck units, M_P^2]- 5 column --> inflaton acceleration \ddot\phi [reduced Planck units, M_P^3]- 6 column --> Hubble rate H [reduced Planck units, M_P]- 7 column --> instability variable \xi [dimensionless]- 8 column --> mean value of elecric field squared [reducel Planck units, M_P^4]- 9 column --> mean value of magnetic field squared [reducel Planck units, M_P^4]- 10 column --> mean value of Chern-Pontryagin density [reducel Planck units, M_P^4]- 11 column --> instability threshold momentum k_h [reduced Planck units, M_P] Files "m2-b20_inf.dat" and "tanh-b60_inf.dat":- 1 column --> time t [reduced Planck units, M_P^-1]- 2 column --> number of e-folds N [dimensionless]- 3 column --> inflaton field \phi [reduced Planck units, M_P]- 4 column --> inflaton velocity \dot\phi [reduced Planck units, M_P^2]- 5 column --> inflaton acceleration \ddot\phi [reduced Planck units, M_P^3]- 6 column --> Hubble rate H [reduced Planck units, M_P]

Ce résumé expose les affirmations des auteurs. BNTIC ne l’interprète pas comme une validation indépendante des résultats.