GL6 – Bullet Cluster Lensing Simulation Using TASM Curvature Framework (CF 2.0, Patched v2)

This dataset supports the GL6 simulation from the Tejera-Ace Standard Model (TASM) framework, focusing on reproducing strong gravitational lensing in the Bullet Cluster (Bradac+06) using the Curvature Factor (CF) 2.0 gradient. The simulation includes Particle Swarm Optimisation (PSO) for lens parameter fitting under a CF-scaled spacetime model. One significant arc (I3) was excluded due to fit-destabilizing behavior. The validation includes Chi-Square, Kolmogorov–Smirnov, and Anderson-Darling tests (the latter failed, disclosed and retained for reproducibility). This marks a critical milestone in testing whether observed lensing can be explained without invoking dark matter, as TASM reproduces the arc configuration through spacetime curvature alone.本数据集支持特赫拉-艾斯标准模型（Tejera-Ace Standard Model, TASM）框架下的GL6模拟，重点在于利用曲率因子（Curvature Factor, CF）2.0梯度复现子弹星系团（Bradac+06）中的强引力透镜现象。该模拟包含基于CF缩放时空模型的透镜参数拟合所用的粒子群优化（Particle Swarm Optimisation, PSO）流程。由于会引发拟合不稳定行为，一条关键弧结构（I3）被排除出数据集。验证环节包含卡方检验、柯尔莫哥洛夫-斯米尔诺夫检验以及安德森-达令检验，其中安德森-达令检验未通过，为保证可复现性仍保留该结果。本研究是检验“无需引入暗物质即可解释观测到的引力透镜现象”的关键里程碑，因为TASM仅通过时空曲率即可复现该弧结构配置。