QuantumAI

Center for Quantum Computing and Artificial Intelligence

The modern world is rapidly transforming under the influence of digital and intelligent technologies. Quantum computing, artificial intelligence, and data science are already defining both scientific progress and economic and industrial development. These technologies are no longer just a field of research — they have become an integral part of everyday life and professional activities.

In these conditions, it is important not only to have theoretical knowledge of technologies, but also to have practical skills and the effective use of modern tools.

The center creates an environment where students and researchers learn how to apply these technologies to real-world tasks and how to transform knowledge into practical results.

News Research and Projects

Center for Quantum Computing and Artificial Intelligence

Our Mission

The mission of the Center is to promote science and technological knowledge, conduct innovative research, and strengthen international academic cooperation. The Center supports the dissemination and practical application of modern technologies, encourages knowledge exchange within academic and professional communities, and contributes to the development of the next generation of researchers and specialists.

Our activities are guided by international standards, academic integrity, and global partnership, ensuring the Center’s active engagement within the international educational and research landscape.

Priority Areas

Education and Professional Development

The Center provides educational programmes aligned with international standards, including micro-credential courses focused on the acquisition of modern technological knowledge and the development of practical skills. The teaching process is delivered by field specialists and practitioner-trainers who combine academic expertise with real-world professional experience.

Scientific Research, and Public Engagement

The Center promotes the conduct of fundamental and applied research in the fields of quantum technologies, artificial intelligence, data science, and engineering.

In addition, the Center actively supports public engagement in science through lectures, seminars, conferences, and educational initiatives, fostering the dissemination of scientific knowledge and strengthening the connection between research, society, and technological development.

International Cooperation

The Center actively collaborates with European universities and international research institutions, participates in Erasmus+ and other European educational and research projects, and ensures the alignment of its programmes with European qualification frameworks. This approach promotes academic mobility, strengthens partnership networks, and enhances international recognition.

SciTech Streams

IBM-ის კვანტურმა კომპიუტერმა რთული ამოცანა 15 წუთში შეასრულა

TECH

IBM Quantum Computer Solves a Complex Problem in 15 Minutes

Researchers from IBM and the University of Chicago have reported an important milestone in quantum computing. The experiment used 70 logical qubits — qubits protected by special quantum error-correction methods. The quantum computer completed the calculation in about 15 minutes, while reproducing the same task with leading classical computing methods would be practically extremely difficult. What makes this result important? The key achievement is not only speed. One of the major challenges in quantum computing is verifying whether the result of a highly complex calculation is actually reliable. In this experiment, the researchers were able not only to perform a classically intractable computation, but also to statistically evaluate the reliability of the result. In addition, the effective error rate of the logical qubits was about 10 times lower than the error rate of the underlying physical qubits. This result represents another important step toward building larger, more stable, and more reliable quantum computers. In the future, such systems could be used in areas such as new materials research, chemical simulation, complex optimization problems, and other fields where classical computers face significant limitations. Quantum advantage is gradually moving from a theoretical concept toward a real experimental capability. Source: IBM. "IBM quantum computer solves classically intractable problem in 15 minutes." ScienceDaily. ScienceDaily, 30 August 2026. <www.sciencedaily.com/releases/2026/08/260829035219.htm>.

02.09.2026