The University of San Carlos (USC) has installed its first quantum computers, marking an early step in bringing quantum computing into Philippine higher education and research.
The systems were officially unboxed on Dec. 19, 2025, according to a post by the Quantum Society of the Philippines. The move places USC among the first universities in the country to have on-site quantum computing equipment.
Quantum computers work differently from traditional computers. Instead of using bits that process information as ones or zeros, they use quantum bits, or qubits, which can handle more complex calculations. These systems are still mainly used for research and learning, rather than everyday computing.
USC said the acquisition is meant to support education, research, and skills development in a field that is gaining global attention. The university aims to use the systems to train students, support faculty research, and explore possible applications in areas such as science, engineering, and data analysis.
The presence of quantum computers in Cebu is also expected to encourage collaboration. USC plans to work with other schools, researchers, and industry partners interested in quantum-related studies. This could include joint research projects, training programs, and knowledge sharing.
While practical use of quantum computing is still limited, many countries and institutions are investing early to build local expertise. USC’s move shows a bigger effort to prepare students and researchers for future technologies that may affect fields such as healthcare, finance, materials science, and artificial intelligence (AI).
For USC, the installation is part of a longer-term plan to strengthen its role in advanced science and technology education. By introducing quantum computing at the university level, USC hopes to give students early exposure to emerging tools and concepts that are expected to shape future research and innovation.
The university did not disclose technical details of the systems or how many units were installed, but said the focus will be on education, experimentation, and collaboration rather than commercial use.