PASQAL, a leading company in neutral atom quantum computing, has announced an exciting partnership with the University of Calgary and Quantum City to advance research and education in the field of quantum computing. This collaboration aims to drive innovation, create a robust talent pipeline, and contribute significantly to the sustainable growth of the quantum ecosystem.
The partnership will focus on developing sustainable quantum technologies and promoting cutting-edge research in neutral atom quantum computing. It will also support the talent pipeline in Alberta by providing industry experience for quantum students and researchers, as well as facilitating faculty recruitment at the University of Calgary.
Collaboration is key to the success of this initiative, and both PASQAL and the University of Calgary are committed to leveraging synergies to benefit both the local and global quantum computing landscapes. PASQAL will support research initiatives, faculty recruitment, and invest in Alberta’s quantum ecosystem, while the University of Calgary will provide space for PASQAL in its qHub, collaborate on research projects, and connect PASQAL with local talent and funding opportunities.
Raphaël de Thoury, CEO of PASQAL-Canada, expressed his excitement about the partnership, stating, “This collaboration not only enhances our research capabilities but also positions us to make significant contributions to the global quantum community. Together, we are poised to unlock new quantum innovations that address real-world challenges.”
Rob Thompson, Associate VP (Research) and Executive Director, Research Services at the University of Calgary, highlighted the importance of this partnership in cultivating a vibrant quantum ecosystem in Alberta. He emphasized the university’s commitment to talent generation, quantum commercialization, and quantum infrastructure, all of which will be advanced through this collaboration.
With this groundbreaking partnership, PASQAL, the University of Calgary, and Quantum City are set to revolutionize the world of quantum computing, unleashing new possibilities and paving the way for future advancements. Through collaborative efforts and a shared vision, they will shape the future of this exciting field and contribute to the growth of quantum technologies on a global scale.
FAQ: PASQAL-University of Calgary-Quantum City Partnership
1. What is the purpose of the partnership between PASQAL, the University of Calgary, and Quantum City?
– The partnership aims to advance research and education in the field of quantum computing, drive innovation, create a robust talent pipeline, and contribute to the sustainable growth of the quantum ecosystem.
2. What specific focus areas will the partnership have?
– The partnership will focus on developing sustainable quantum technologies and promoting cutting-edge research in neutral atom quantum computing.
3. How will the partnership support talent development in Alberta?
– It will provide industry experience for quantum students and researchers, as well as facilitate faculty recruitment at the University of Calgary.
4. What collaborative efforts will PASQAL and the University of Calgary undertake?
– PASQAL will support research initiatives, faculty recruitment, and invest in Alberta’s quantum ecosystem. The University of Calgary will provide space for PASQAL, collaborate on research projects, and help connect PASQAL with local talent and funding opportunities.
5. Who is the CEO of PASQAL-Canada, and what are his thoughts on the partnership?
– Raphaël de Thoury, the CEO of PASQAL-Canada, expressed his excitement about the partnership, stating that it enhances research capabilities and positions them to make significant contributions to the global quantum community.
6. What is the university’s commitment in this partnership?
– The University of Calgary is committed to talent generation, quantum commercialization, and quantum infrastructure development, all of which will be advanced through this collaboration.
Definitions of Key Terms:
– Quantum Computing: A field that utilizes quantum phenomena, such as superposition and entanglement, to perform computations, promising significant advancements in various areas of information processing.
Related Links:
– PASQAL
– University of Calgary
– Quantum City
The source of the article is from the blog karacasanime.com.ve