The University of Basel and QuantumBasel have partnered to advance quantum computing innovation in Switzerland. This collaboration aims to develop the Center for Quantum Computing and Quantum Coherence into a leading center of excellence, bridging cutting-edge research with industrial applications. The university has been pioneering scientific work in quantum hardware, including spin qubits in silicon semiconductor structures and Majorana qubits in topological systems. The partnership will expand expertise in developing quantum algorithms and practical applications, including superconducting and ion qubits.
Prof. Primo Schär, Vice President for Research at the University of Basel, notes that the regional ecosystem offers a unique starting point for linking academic research with industrial applications. Damir Bogdan, CEO of QuantumBasel, emphasizes that this collaboration will drive technological progress and position Switzerland as a global hub for quantum computing. The partnership involves key players such as IBM, D-Wave, and IonQ, which is building its first European quantum computer at the uptownBasel site.
University of Basel and QuantumBasel Collaborate for Quantum Computing Innovation in Switzerland
The University of Basel and QuantumBasel have entered into a partnership to further develop the Center for Quantum Computing and Quantum Coherence (QC2) at the Department of Physics, with the goal of establishing it as a leading center of excellence for quantum computing. This collaboration aims to strengthen the bridge between cutting-edge research and industrial applications in quantum computing, thereby enhancing Switzerland’s position in the international race for technological leadership.
The University of Basel has been pioneering scientific work in quantum hardware for years, with research into the realization of spin qubits in silicon semiconductor structures and Majorana qubits in topological systems. The partnership with QuantumBasel will enable the university to expand its expertise in the development of quantum algorithms and practical applications of quantum computing, including the use of other quantum hardware modalities such as superconducting and ion qubits. This will accelerate the development of quantum talent and further advance the cluster for quantum research in the Basel region and Switzerland.
The two partners are working together to develop the QC2 into an international center of excellence that plays a leading role in both basic research and practical applications. The QC2 was founded in 2005 by researchers in theoretical and experimental physics under the direction of Prof. Daniel Loss and is closely linked to the National Center of Competence in Research NCCR SPIN, which is also based at the University of Basel.
Strengthening the Regional Ecosystem in Quantum Computing
The partnership between the University of Basel and QuantumBasel will contribute to the targeted training of highly qualified talents and create a structured environment to promote joint research and application projects in quantum computing. In close collaboration, projects are to be realized in order to advance basic research and ultimately create significant added value for customers. This partnership intensifies the exchange of knowledge and experts from research and industry, strengthening Switzerland’s position as a global center of innovation.
The University of Basel is well-positioned to benefit from this partnership, given its strong research focus on quantum physics and nanosciences. The university’s internationally competitive research in these areas is reflected in its excellent publication record and numerous prestigious awards. Its location in one of the world’s largest life sciences hubs also enables successful collaborations with numerous industry and academic partners.
uptownBasel: A Hub for Industry 4.0 and Quantum Technology
uptownBasel, an international center of excellence for Industry 4.0, is providing a development and production site of around 70,000 square meters for technology companies and other organizations. The focus is on industrial production, healthcare, and logistics, as well as the cross-sectional function of digitalization. QuantumBasel, a competence center for quantum and AI technology in Switzerland, is driving access to commercial quantum computing to foster innovation.
QuantumBasel places particular emphasis on technological neutrality, which includes superconductors, ion traps, and annealers. The organization has established partnerships with leading technology companies such as IBM, D-Wave, and IonQ, the latter of which is currently building its first European quantum computer at the uptownBasel site, expected to be completed by the end of 2024.
Fostering Innovation through Collaboration
By building an internationally networked ecosystem, QuantumBasel enables companies in various fields, including industrial production, logistics, finance, energy, and life sciences, as well as start-ups, universities, and universities of applied sciences, to access know-how and technologies that they cannot develop on their own. This collaboration will contribute to developing new applications and business models, ultimately driving economic growth and job creation in Switzerland.
The partnership between the University of Basel and QuantumBasel is a significant step forward in establishing Switzerland as a global leader in quantum computing innovation, with far-reaching implications for the country’s economy and society.
External Link: Click Here For More
