Corrected 2025 Reverification Results for the Da-P/DICP 3D Asymmetric Model: Candidate Anomalous Finite-Size Scaling

This upload provides corrected 2025 reverification results for the Da-P / DICP 3D asymmetric model after the prior invalidation of earlier numerical claims. The previous invalidation notice is recorded here:https://doi.org/10.5281/zenodo.16780090 Three high-statistics single-size simulations were performed: - L = 80, runs = 500, steps = 20000- L = 96, runs = 500, steps = 20000- L = 128, runs = 500, steps = 20000 The corrected data show a candidate anomalous susceptibility finite-size scaling: chi_max ~ L^(gamma/nu) with gamma/nu ~= 2.965R^2 ~= 0.999997 This result is presented as a candidate anomalous finite-size scaling behavior, not as a finalized proof of a new universality class. The estimates of p_c(infinity) and nu remain unstable with only three system sizes and require additional validation, including more system sizes, bootstrap or jackknife uncertainty analysis, independent implementation checks, and comparison of peak extraction methods. This record should be cited as a corrected post-invalidation research dataset and preliminary analysis.