QUARREFOUR - Benchmarking Multi-core Quantum Computing Systems
Lead Participant:
NU QUANTUM LTD
Abstract
Quantum Computing (QC) will offer societal benefits through solving intractable problems across multiple scientific domains. The motivation for this project is to tackle the industry's biggest challenge: scaling.
It is increasingly recognised that _useful_ QC can only be delivered by networking together multiple QC nodes into a larger (data-centre-scale), more performant and better Error-Corrected computing service. There is an urgent business need to architect and deliver a solution for effective networking of QCs - photonic networking being the most promising route, relevant to all qubit types.
In this project, we will respond to the challenge of charting a path towards Distributed QC (DistQC) by modelling the performance of a Distributed QC, developing benchmarking protocols, and reviewing and refining the logical process that affect performance.
It is increasingly recognised that _useful_ QC can only be delivered by networking together multiple QC nodes into a larger (data-centre-scale), more performant and better Error-Corrected computing service. There is an urgent business need to architect and deliver a solution for effective networking of QCs - photonic networking being the most promising route, relevant to all qubit types.
In this project, we will respond to the challenge of charting a path towards Distributed QC (DistQC) by modelling the performance of a Distributed QC, developing benchmarking protocols, and reviewing and refining the logical process that affect performance.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
NU QUANTUM LTD | £449,172 | £ 314,420 |
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Participant |
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SOFTWAREQ INC | £488,069 | |
INNOVATE UK |
People |
ORCID iD |
Balaji Vedal (Project Manager) |