IBM and Pasqal, leaders in superconducting circuits and neutral atom-based quantum computers, have announced a collaboration to develop a unified approach to quantum-centric supercomputing. The goal is to promote research applications in chemistry and materials science by leveraging the strengths of both companies. They plan to work with high-performance computing institutions to integrate quantum computing with advanced classical computing, creating the next generation of supercomputers.
The partnership will focus on defining a software integration architecture for a quantum supercomputer that orchestrates computational workflows across multiple quantum computers and advanced classical computing clusters. They plan to use open source software and involve the technical community in the process. They also intend to co-sponsor an HPC technical forum in Germany with plans to expand globally.
A key objective of the collaboration is to encourage the adoption of quantum computing at a utility scale in materials science and chemistry. By combining their expertise in full-stack quantum computing, IBM and Pasqal aim to advance quantum computing applications in these fields. They will work with IBM’s Materials Working Group to develop optimal computational workflows using a hybrid of quantum and classical computing.
Jay Gambetta, IBM Fellow and vice president of IBM Quantum, expressed excitement about the collaboration, highlighting the importance of quantum-centric supercomputing in achieving near-term quantum advantages in scientific applications. Georges-Olivier Reymond, CEO of Pasqal, emphasized the significance of the partnership in establishing best commercial practices for quantum computing and meeting the needs of customers.
Overall, the partnership aims to make groundbreaking advances in quantum supercomputing to revolutionize industries and scientific research with enhanced computational capabilities.
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https://www.bbntimes.com/science/ibm-and-pasqal-partner-to-pioneer-quantum-centric-supercomputing/amp
