Turkey Quantum and Artificial Intelligence

In our era where technology is rapidly transmitted, Turkey has signed groundbreaking projects in quantum and AI areas. These breakthroughs aiming to strengthen scientific and technological cooperation aim to strengthen the location of the country in the future strategic technologies. "Opened in the leadership of TÜBİTAK"TÜBİTAK-Ufuk European Countries Precision Technologies 2025 CallAs " international collaborations are prepared for the realization of innovative projects ranging from quantum calculation to productive AI applications, space technologies to robotic automation.

This new call allows research organizations to develop strategic technologies by speeding up internationalization processes as well as industrial businesses. From quantum software that can solve complex optimization problems in areas such as finance, material science and pharmaceutical discovery, artificial intelligence will be supported in this scope, from artificial intelligence to health practices and virtual reality technologies. These collaborations aim to strengthen the technological independence and competitiveness of Turkey by increasing high-performance calculation capabilities.

Why Does Turkish Quantum and Artificial Intelligence Subjects Work?

On the basis of cooperation in these areas, deep impact on AI and economy and the potential to shape the future world. Quantum calculation promises to revolutionize the sectors such as finance, material science and pharmaceutical discovery with the ability to solve complex optimization problems. In the same way, productive AI technologies provide transformation in many areas from robotic automation to artificial intelligence health solutions.

Turkey’s investment in these areas is not only scientific progress, but also to strengthen the independence and competitiveness of the country’s strategic technologies. Calls like Precision Technologies 2025, this vision stands out as concrete steps.

Cooperation Between Turkey and Europe: What Is the Call for Precision Technologies?

Within the framework of this international cooperation, many different project areas are determined:

Quantum Calculator: How to improve the Calculation Power of the Future?

One of the most exciting titles of this call, quantum calculation projects and development of quantum software. Studies in this field will not only be limited to theoretical information. Quantum calculation simulation tools will be designed new algorithms for error correction codes and quantum machine learning. Finance is aimed at developing ground-breaking software for sectors that fight complex optimization problems such as material science and pharmaceutical discovery.

Also, quantum chips projects in the agenda. Within this scope of these projects, chip design will be discussed issues such as the development and system integration of hardware components. This step will allow us to force our high-performance computation capabilities and to push the limits of calculations today.

Artificial Intelligence From Health to Virtual Worlds: What Are the Practices of Intelligence When Producing?

Artificial intelligence is now focused on concrete application areas, passing beyond general-purpose algorithms. When producing artificial intelligence applications will improve the efficiency of robotic automation and industrial processes.

Artificial intelligence in critical sectors such as aerospace, medicine and medicine are taking care of applications in health. Aerodynamically design of more efficient aircraft parts will be developed innovative solutions in areas such as the creation of personalized treatment plans or analysis of disease risks from genetic data.

On the other hand, video games with the integration of virtual reality AI, Virtual worlds like VR and AR For more immersive and artificial intelligence-supported content will be produced. Adopting productive AI in the industry and public sector and integration of public services is one of the important objectives of this call.

• General Purpose Artificial Intelligence: Focus on basic research and development stages.
• Artificial Intelligence: Innovative solutions for personalized treatment plans, aerospace and medical sectors from Aerodynamic design will be developed. Virtual reality is aimed at producing content for video games and virtual worlds with artificial intelligence. In the field of industrial automation, productive artificial intelligence applications will be expanded.

Space Technologies and Communication: How to Strengthen Place in Space of Turkey?

Turkey is moving with ambitious projects in space technologies. Autonom digital solutions, design and simulation tools will be developed for space transportation systems under this call. Digital facilitators and structure stones will be designed for satellite communication and earth observation. Artificial intelligence-supported guidance systems for rockets will work on algorithms that provide analysis of digital twin technologies and satellite images for space tasks.

Furthermore, the new generation of satellite communication capabilities, compatible with 5G and 6G, are digital ground infrastructures and ground observation systems that improve operational efficiency.

• Autonomous Systems: More efficient and secure autonomous digital solutions for spacecrafts, artificial intelligence-supported guidance systems for rockets will be developed.
• High Fail Calculation: The performance of scientific codes will be improved in areas such as new supercomputer architectures, parallel programming languages and climate modeling.
• Satellite Communication: New generation solutions for communication and network technologies, especially satellite communication, end-to-end SatCom task capabilities and digital ground infrastructures will work on. Subjects such as reconfigurability and smart IT will be discussed in the image.

Who Can Attend? What is the Application Process and Criteria?

Specific application criteria for institutions and organizations in Turkey and Horizon European countries that want to be included in these projects are determined.

• Participants Institutions: With high school institutions, educational and research hospitals, public institutions and organizations, capital companies that create added value in Turkey can refer to this call.
• International Partnership: In every project proposal, it is necessary to take place as a project partner from Turkey and Horizon European countries. This reinforces the international cooperation spirit of projects.

Application Dates

The beginning of the projects is aimed at March 2026. Applications will be made with electronic signature via TÜBİTAK Project Application System. The deadline for application approval was set on November 10, for electronic signature on November 17. These dates offer important opportunities that should not be missed for the realization of innovative projects.

TÜBİTAK Project Budget

TUBITAK project budget and project times for participation in this call. The project duration will be 24 months. In particular, the project budget for universities and public institutions is supported up to 100%, large firms can get 60%, SMEs and 75% support. Scholarship quantities are also set in a wide range from undergraduate students to doctor researchers.

Where and When Will I Realize These Falles?

These strategic quantum calculation projects and work in areas such as artificial intelligence health, in the coordination of TÜBİTAK, Horizon Europe Turkey cooperation with. It is aimed to start projects in March 2026. Quantum software, robotic automation applications, artificial intelligence-supported contents and innovations in space technologies for virtual worlds will reshape Turkey’s scientific and technological map in the coming years.

Turkey’s Technological Future

With these strong steps in Turkish quantum and artificial intelligence areas, it is preparing to play a more effective role in global technology scene. This wide range of TUBITAK Precision Technologies that Horizon Europe has been cooperating with 2024 Calls to implement productive artificial intelligence applications from quantum calculation projects to robotic automation from Turkey’s space technologies. This will offer significant contributions to the general development of the country by not only scientific and technological progress, but also strengthening the relationship between AI and economy.