Infineon has strengthened its commitment to developing quantum computing technology in Germany and Europe. In addition to previously established programs and partnerships, the chipmaker is involved in six further research projects that are part of the German federal government's economic stimulus plan for future quantum technologies. Together with research institutions and industrial partners, the company will contribute its expertise in microelectronics and industrial manufacturing, as well as its experience in future quantum computer-related applications.
Computing power can also be used to optimize highly complex logistics processes, thus making supply chains more robust. But there are technical hurdles that must be overcome to make quantum computers relatively lightweight and user-friendly. Quantum computers could boost possible computing power to levels previously unattainable. These computers will quickly perform tasks that would take years to complete, even with high-performance supercomputers using today's technology. This could speed up the development of drugs or chemical catalysts, for example, by simulating processes at the molecular scale.
Reinhard Ploss, CEO of Infineon. "We are still a long way from determining which technological paths will make the most progress and which applications quantum computers will successfully handle. Therefore, Infineon is studying various methods. By participating in new projects, we will broaden our footprint throughout the quantum technology value chain, from hardware and software to industrial production and even applications. The close collaboration of these projects will accelerate the pace of development and lay the foundation for future success." "Infineon sees quantum technologies as a significant opportunity in global competition because they constitute an entirely new development,"
The goal of the research project is to overcome the barriers to using quantum technology. There are demos to be built, electronic controls to be integrated, and software to be developed for quantum computers. The challenges in all fields remain great: the development of applicable quantum computing does not just involve providing more and better qubits for computing. It also requires a holistic approach that considers peripherals, software, and applications in addition to hardware. Infineon is contributing its expansion and manufacturing experience in various fields and will study possible application cases.
