Informational Resonance and Experimental Realizations: Bridging the Binary Wave Simulation with Quantum State Transfer Experiments

(EN) This eighth work of the series on the Binary Wave Simulation (BWS) establishes an interpretative connection between the informational resonance formalism (Paper 6) and real experiments in superconducting and optical quantum systems (Tsinghua 2018, Munich 2025, Jülich 2025, Zhu et al. 2025). It is shown that the phenomena observed in these experiments are consistent with the predictions of the BWS, and realistic parameters are extracted (g ≈ 18.7 MHz, C_J ≈ 0.88, L_max ≈ 4-6 nodes). It is not claimed that these experiments prove the BWS, but rather that they validate the feasibility of its operational principles.(ES) Este octavo trabajo de la serie sobre la Simulación Ondulatoria Binaria (SOB) establece una conexión interpretativa entre el formalismo de resonancia informacional (Paper 6) y experimentos reales en sistemas cuánticos superconductores y ópticos (Tsinghua 2018, Munich 2025, Jülich 2025, Zhu et al. 2025). Se demuestra que los fenómenos observados en estos experimentos son consistentes con las predicciones de la SOB, y se extraen parámetros realistas (g ≈ 18.7 MHz, C_J ≈ 0.88, L_max ≈ 4-6 nodos). No se afirma que estos experimentos prueben la SOB, sino que validan la viabilidad de sus principios operativos.