Germany is on the verge of producing the world’s first portable quantum computer

In a groundbreaking move, the German Cybersecurity Agency (Cyberagentur) has awarded contracts to four leading quantum technology companies to build the world’s first portable quantum computer by 2027. This project, which is associated with an investment of 35 million euros, shows Germany‘s serious commitment to developing new technologies and strengthening cyber security.

According to the scientific news department of Tekna Technology Media, the portable quantum computer developed in this project is designed with the aim of improving the defense and security capabilities of the country. This device will be able to perform complex calculations in real time and in different environments. Another potential application of this technology is increasing data security and dealing with advanced cyber threats. It also enables the processing of a huge amount of data in a short time and performing complex simulations in different fields of science.

The four companies involved in the project each bring specific expertise and include Quantum Brilliance, ParityQC, Oxford Ionics and neQxt. Quantum Brilliance plays a key role in this project, focusing on the development of small and efficient room-temperature quantum chips. The company’s chips use nitrogen-vacuum centers in synthetic diamonds as qubits, allowing them to operate without the need for bulky cooling systems.

ParityQC will also help to increase efficiency and reduce quantum computing errors by developing a scalable quantum architecture and dedicated operating system. Oxford Ionics is going to help produce highly accurate and reliable quantum chips by providing advanced electronic qubit control technology. And lastly, neQxt, this company by developing a modular and portable quantum system, will enable the use of quantum computers in different environments. will provide, including battlefields.

In this project, new technologies such as miniaturized quantum chips, scalable quantum architecture, electronic qubit control and modular quantum systems are used. Together, these technologies enable the construction of a powerful, portable, and reliable quantum computer. The development of a portable quantum computer is a big step towards the commercialization of quantum technology and the expansion of its applications in various industries. This project shows that Germany is a world leader in research and development of quantum technologies. To see the latest news, refer to the scientific news page of Tekna Media.