The presentation at TLISC 2025 represented a valuable opportunity to share these advances with the Latin American academic community, receive feedback from specialists, and open new possibilities for interdisciplinary collaboration. In this regard, Carlos Andrés Durán noted that “the researchers’ comments focused on the interest in the experimental implementation of the quantum game, the possibility of extending the methodology to other models, the analysis of the limitations inherent to NISQ hardware, as well as proposals to expand the statistical evaluation and explore other quantum computing architectures.”

Likewise, the publication of the article in a journal edited by the Institute of Electrical and Electronics Engineers (IEEE) contributed to expanding the visibility and academic validation of this work. Additionally, the preliminary version of the article is available for public consultation in the repositories arXiv and Hugging Face Papers, where readers can access the methodology and experimental results, as well as the authors’ contact information for collaboration requests, supplementary materials, or technical inquiries.

This achievement is also the result of the institutional support that the University of Cauca has provided to strengthen research in quantum computing, through the support of research groups for students and research groups, the creation of academic spaces, and the promotion of interdisciplinary initiatives. The guidance of Professor Jhon Alejandro Andrade from the Department of Physics, together with the collaborative work of the Orígenes research group and the contribution of the IDS Group, led by professors César Alberto Collazos Ordóñez and Julio Ariel Hurtado Alegría, has made it possible to consolidate capacities in quantum programming and software engineering applied to emerging technologies.