Sri Lanka has taken a landmark step into the world of advanced science and technology with the inauguration of its first quantum computer, marking what academics describe as the dawn of the quantum era in the country. The new facility, unveiled on 21 January 2026, brings cutting-edge computational capabilities to a nation traditionally positioned on the margins of high-end technological research and places Sri Lanka on the emerging global map of quantum innovation.
The quantum computer is housed at the newly established Research and Development Centre for Mathematical Modelling of Quantum Computing, affiliated with the Department of Mathematics at the University of Colombo. The inauguration was led by the university’s Vice-Chancellor, Professor Indika Mahesh Karunathilaka, alongside a team of mathematicians, computer scientists and technology experts, including Professor Anuradha Mahasinghe, a leading Sri Lankan researcher in quantum computing who has played a central role in bringing the project to fruition.
The system introduced is a nuclear magnetic resonance-powered quantum computer, a sophisticated platform widely used in leading universities around the world for teaching and foundational research in quantum computing. Manufactured by the Chinese technology company Spinqiu, the machine is designed to demonstrate and explore the principles of quantum mechanics, enabling students and researchers to work hands-on with technologies that represent the frontier of modern computation.
Professor Anuradha Mahasinghe, who spearheaded efforts to secure the quantum computer and establish the laboratory, said the achievement fulfilled a long-held professional ambition. Reflecting on his personal journey, he described growing up in an era of limited educational resources, when access to advanced technology was rare and knowledge depended largely on books. He said that helping to lay the foundation for quantum education in Sri Lanka represents not only a scientific milestone, but also a deeply personal achievement rooted in decades of academic perseverance.
Quantum computers differ fundamentally from classical machines, operating on principles that allow them to process vast amounts of information simultaneously. According to Professor Mahasinghe, problems that would take hundreds of years to solve using traditional computers can, in some cases, be resolved in a matter of hours with quantum systems. This extraordinary speed opens new possibilities across science and industry, from optimising complex systems to analysing massive datasets that are beyond the reach of conventional computing.
The implications extend well beyond computer science. Quantum computing has the potential to transform fields such as chemistry, materials science and biomedicine by simulating molecular behaviour and drug interactions with unprecedented precision. Researchers say this capability could accelerate the development of new medicines, including personalised treatments, while significantly reducing time and cost.
For Sri Lankan students, the new facility offers access to state-recognised, high-level education in quantum computing within the country for the first time. The University of Colombo, long regarded as a centre of scientific and intellectual development, now positions itself as a regional hub connected to the wider South Asian technology network. The university already offers a structured programme in quantum computing up to the BSc Honours level in Computational Mathematics, combining theoretical foundations with practical research exposure.
University officials say the strengthened curriculum is designed to produce graduates with advanced mathematical and computational skills aligned with the needs of modern industry and the private sector. As global demand grows for expertise in quantum technologies, Sri Lanka’s first quantum computer represents not just a technological acquisition, but a strategic investment in human capital and future scientific competitiveness.
