DATASET B — EFFECTIVE LQC BOUNCE DIAGNOSTICS
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Parameter source: C:\Users\igorc\OneDrive\Desktop\UNNS_SUBSTRATE(desktop)\TRANSFER\Bulk_2\REGIME_SYNTHESIS\Cosmological Boundary Routing\cosmological_boundary_routing\C_planck_lcdm\parameters\extracted\planck_2018_base_plikHM_TTTEEE_lowl_lowE_parameters.csv
Trajectory output: C:\Users\igorc\OneDrive\Desktop\UNNS_SUBSTRATE(desktop)\TRANSFER\Bulk_2\REGIME_SYNTHESIS\Cosmological Boundary Routing\cosmological_boundary_routing\B_lqc_bounce\generated_trajectory\raw\lqc_bounce_trajectory_raw.csv

MODEL
H^2 = H0^2 * rho_rel * (1 - rho_rel/rho_c_rel)
rho_c = 0.41 * rho_Planck

PARAMETERS
H0 = 67.32178 km s^-1 Mpc^-1
Omega_m = 0.3157967
Omega_r_effective = 9.21617990232e-05
Omega_Lambda_dynamic = 0.684111138201

CRITICAL DENSITY
rho_crit0 = 8.51306131693e-27 kg m^-3
rho_c = 2.11348788763e+96 kg m^-3
rho_c/rho_crit0 = 2.48264144817e+122

BOUNCE
a_bounce = 2.46836418015e-32
H_at_bounce = 6.7060834961e+55 km s^-1 Mpc^-1
rho/rho_c at bounce = 1
effective Ricci proxy at bounce = 4.96528289635e+122
provisional margin at bounce = 2.01398393782e-123

SAMPLING
outer scale factor = 1
points per branch = 2001
total rows = 4001
|time| from bounce to outer endpoint = 13.796895275 Gyr

BOUND CHECKS
minimum scale factor = 2.46836418015e-32
maximum rho/rho_c = 1
maximum |H| = 6.7060834961e+55 km s^-1 Mpc^-1

EXPECTED STRUCTURE
- contraction branch: H < 0 and a decreases toward the bounce
- bounce row: H = 0, rho/rho_c = 1, a = a_bounce > 0
- expansion branch: H > 0 and a increases away from the bounce
- density remains bounded by rho_c
- effective curvature remains finite

METHOD NOTES
- The background matter mixture is the same Planck-anchored radiation-matter-Lambda model used for Datasets A and C.
- The effective LQC correction is a model trajectory, not a direct Planck observation.
- The default rho_c convention is configurable and must be preserved in provenance.
- boundary_margin_candidate remains provisional.
