Quantum computing, quantum technologies, and artificial intelligence (AI) are the main drivers of modern technological transformation. Their importance is due to the fact that they fundamentally change the capabilities of data processing, decision-making, and modeling complex systems.

Artificial intelligence is already actively used in finance, healthcare, industry, and public administration. AI provides big data analysis, forecasting, and process optimization, which increases efficiency and reduces risks. In the modern economy, competitiveness increasingly depends on the intelligent use of data, and it is AI that creates this opportunity.

The synergy of AI and quantum computing may become the basis of a new technological revolution in the future. That is why the development of these directions today is not only of scientific interest, but also a strategic necessity — to ensure economic growth, innovation, and global competitiveness.

The Center for Quantum Computing and Artificial Intelligence of the University of Georgia is an interdisciplinary research and innovation hub that ensures the integration of research and technological development. The goal of the Center is the systematic development of research, education and innovation in the field of quantum computing and artificial intelligence.

The Center carries out innovative and interdisciplinary research in physics, computational sciences, quantum algorithms, machine learning and artificial intelligence. Research activities are focused on both theoretical achievements and practical, applicable results. The Center actively cooperates with local and international universities and research institutes.

The Center provides academic and professional development programs aimed at training students and specialists in modern computational science. The programs combine modern theoretical knowledge, practical competencies and research experience.