Turkey’s first quantum computer was developed in cooperation with ASELSAN and TOBB University of Economics and Technology. This project, which has been carried out for many years, has advanced Turkey’s technological infrastructure and enabled it to become an actor on a global scale. With the introduction held today, this quantum computer has officially become operational.
Türkiye became a global player with quantum computing!
Sharing the event on his social media account, Turkish Vice President Cevdet Yılmaz said:
“Today, we witnessed another historic step taken by our country in the world of technology by participating in Turkey’s First Quantum Computer Introduction Ceremony program. Domestic quantum computer designed by TOBB ETÜ; It aims to increase our country’s international competitiveness in computing technologies in many areas such as cryptography, artificial intelligence, defense industry and material science.
It is extremely important to provide our young researchers with the opportunity to develop domestic hardware and components and to encourage them to work in the field of quantum technologies with the “Quantum Ecosystem” to be established within the university. On this occasion, I wholeheartedly congratulate everyone who contributed to the project and hope that our first domestic quantum computer ‘QuanT’, which is the National Technology Move of the Turkey Century, will be beneficial and auspicious for our entire nation.”
Today, we witnessed another historic step taken by our country in the world of technology by participating in Turkey’s First Quantum Computer Introduction Ceremony.
Domestic quantum computer designed by TOBB ETÜ; such as cryptography, artificial intelligence, defense industry and materials science… pic.twitter.com/212YZEgMNX
— Cevdet Yılmaz (@_cevdetyilmaz) November 21, 2024
Quantum technologies made an impact in the world of science and technology with two major revolutions. The first quantum revolution made it possible to describe mathematically the structure of the atom and the nature of electromagnetic fields, and formed the basis of modern devices such as the transistor laser.
The second quantum revolution was built on this basic knowledge and enabled the development of applications that exceed classical boundaries in areas such as calculation, communication and perception through the manipulation of quantum properties. With this second revolution, innovative technologies such as quantum computers, radar systems and ultra-secure communication networks began to enter our lives.
The quantum computer developed by ASELSAN and TOBB ETÜ is Turkey’s first example in this field. This computer, unlike classical computers, uses units called qubits. Qubits have a much more powerful computational capacity than classical bits, with the ability to accommodate both 0 and 1 probabilities at the same time.
This feature has the potential to truly revolutionize fields such as artificial intelligence, encryption, optimization and biotechnology by accelerating the solution of complex problems. The quantum computer developed by ASELSAN was planned to have a capacity of 5 qubits in the first stage. This capacity will offer significant advantages, especially in optimization problems and defense industry applications.
Quantum Research Laboratory, established in cooperation with KUANTAL, ASELSAN and TOBB ETÜ, aims to increase Turkey’s knowledge on quantum technologies and develop domestic applications. This laboratory was designed as a research center in accordance with international standards and the necessary infrastructure was provided for both experimental and theoretical studies. In addition, the work carried out at KUANTAL will not only be limited to military applications but will also provide opportunities for projects in the civilian field.
Because, as we mentioned, quantum computers are built on different principles compared to classical computers. While classical computers operate on exact values such as 0 and 1, quantum computers use quantum phenomena such as superposition and entanglement.
These features allow calculations to evaluate many different possibilities simultaneously. For example, quantum computers can complete calculations in minutes that would take classical computers years. The superiority of quantum computers is becoming evident, especially in matters such as solving encryption algorithms, big data analysis and modeling chaotic systems.
ASELSAN also adopted a hybrid approach during the development of quantum technologies. In hybrid systems, classical computers undertake data preprocessing processes while complex computational tasks are delegated to quantum computers.
This approach combines the strengths of the two technologies, providing faster and more efficient results. ASELSAN is also working on quantum simulators and preparing the necessary infrastructure before the transition to this new technology.
Quantum technologies are expected to revolutionize the military and civilian fields. High-precision systems that consume low power can be developed by using quantum properties such as entanglement, especially in radar and detection systems.
While these technologies increase target detection performance, they also offer the ability to work without being affected by background noise. Additionally, with its capacity to create ultra-secure communication lines, quantum cryptography ushers in a new era in terms of data security. ASELSAN also focuses on producing innovative solutions for both the defense industry and civilian applications by focusing on algorithm development studies in these areas.
Turkey’s first quantum computer is of great importance in terms of demonstrating Turkey’s technological capabilities in the international arena. This system, developed in cooperation with ASELSAN and TOBB ETÜ, will contribute to scientific research and economic growth, as well as ensuring Turkey’s place as a player in quantum technologies. This breakthrough, made at the beginning of the quantum age, is considered as a strong step that will enable Turkey to have a say in the technologies of the future.
You can watch the broadcast replay via the link below:
Turkey’s First Quantum Computer Introduction Ceremony
📍TOBB University of Economics and Technology
— Cevdet Yılmaz (@_cevdetyilmaz) November 21, 2024
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