Boundary-Aware Validity Framework for Digital Quantum Simulation

This dataset contains simulation results and boundary detection analysis for 1D Dirac lattices. The primary focus of the data is to evaluate inferential admissibility by determining the temporal support available before the system encounters causality loss due to signal interaction with the lattice boundaries. Dataset Overview The data explores how the size of the lattice affects the time it takes for a signal to reach the physical edge, referred to as the "First Hit"(p_hit). The framework applies a "gating" mechanism to ensure that inferences are only drawn from valid physical domains. In this specific use case, a criterion of p_min steps is used to validate the results. As shown in the summary, configurations with undersized domains fail to meet this threshold, demonstrating the framework's ability to preclude unreliable inference in restricted environments.