Source Code and Numerical Simulations for "Holographic Complexity and the JWST Tension

Official Python Implementation for the paper: "Holographic Complexity and the JWST Tension: A Thermodynamic Resolution from Emergent Spacetime" This repository contains the complete source code and numerical simulations demonstrating how the growth of holographic complexity acts as a thermodynamic work term, effectively lowering the critical density threshold (δc) for gravitational collapse in the early universe (z > 10). Key Features & Reproducibility: This code reproduces all the analytical results and figures presented in the research paper, including: Collapse Threshold Modulation: Calculation of the effective barrier reduction due to complexity growth (Figure 1). JWST Validation: Numerical comparison with observed Stellar Mass Functions (SMF) at z = 10 and UV Luminosity Functions (UVLF) at z = 12, achieving χ²/dof ≈ 0.06. The "Golden Signature": Prediction of the ≈150% enhancement in the 21 cm power spectrum at k* ≈ 1 Mpc⁻¹ (Figure 10). Scale-Dependent Bias: Simulation of the unique galaxy clustering bias signature. Usage: Each script is self-contained and generates publication-quality plots corresponding to the figures in the manuscript. Related Publication: Please cite the associated paper: Salman, H. D. (2026). Holographic Complexity and the JWST Tension. Zenodo. DOI: 10.5281/zenodo.18527237