We develop theory, algorithms, models, and open-source software to guide the development and benchmarking of emerging quantum technologies, with a particular focus on quantum computing.
We work with over 20 industry partners and leading academic initiatives like the UK QCi3 hub to turn research into practical solutions for quantum computing.
Our research is core part of NPL’s mission of providing assurance on emerging quantum technologies, supporting industry to bridge the gap between theoretical promise and practical application providing advantage for end users.
Developing algorithms that make quantum computing useful for large scale real-world problems like materials science, chemistry, and AI.
Quantum error correction and theoretical models to understand and reduce errors in quantum hardware.
Combining machine learning, AI and physical models to scale up quantum technologies in a trustworthy way.
Creating trustworthy quantum computing performance benchmarks for industry, customers, partners, and supply chain.
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By modelling quantum systems and validating algorithms, we help unlock breakthroughs in secure communications, advanced computing, and next-generation materials — shaping a future where quantum innovation solves real-world challenges for industry and society.
Cyrus Larijani - Head of Quantum Strategy - NPL
We provide open-source tools to help researchers and industry test and improve quantum technologies:
A benchmarking suite that makes it easy to measure and compare the performance of quantum computers
Read the paper: Review and Collection of Metrics and Benchmarks for Quantum Computers.
A simulation library for modelling quantum systems efficiently.
For recruitment enquiries please email Ivan Rungger.
For press and media, please reach out to NPL Communications.