The Science and Technology Facilities Council’s (STFC) Hartree Centre and Quantum Dice have partnered to integrate advanced quantum technologies into industrial applications. This collaboration combines the Hartree Centre’s expertise in artificial intelligence (AI) and high-performance computing with Quantum Dice’s quantum random number generator (QRNG) and probabilistic computing technologies. Quantum Dice’s QRNG utilizes the unpredictability of quantum physics to produce verifiably true randomness, enhancing the accuracy and trustworthiness of computer models and simulations critical for sectors ranging from finance to manufacturing. This joint effort aims to unlock the high-growth potential of advanced computing for UK industry.
Quantum Random Number Generator Technology
The STFC Hartree Centre is collaborating with Quantum Dice to advance quantum random number generator (QRNG) technology. This technology leverages the unpredictability of quantum physics to produce true randomness, which is crucial for accurate computer modeling and simulations across various industries. Specifically, QRNGs improve the reliability of ‘what if’ scenarios used in finance, manufacturing, and materials science, ultimately supporting smarter and more confident decision-making.
Quantum Dice’s QRNG technology stands out due to its patented self-certification feature, providing verifiably true randomness. This has been validated through research simulations involving the Hartree Centre and industry partners. Current priorities focus on expanding business applications of QRNGs in areas like designing more efficient materials, optimizing manufacturing processes, virtual product testing, and improving logistical resilience.
Longer-term, the collaboration aims to validate Quantum Dice’s probabilistic computing platform. By combining this hardware with the Hartree Centre’s AI and high-performance computing infrastructure, they intend to power the next generation of AI models and provide access to advanced computational tools for businesses and researchers. The goal is to host Quantum Dice’s technologies at the Hartree Centre, benefiting the wider academic and enterprise community.
Collaboration Between Hartree Centre and Quantum Dice
The STFC Hartree Centre and Quantum Dice have partnered to bring quantum technologies to industry, combining the Hartree Centre’s expertise in artificial intelligence (AI) and high-performance computing (HPC) with Quantum Dice’s quantum random number generator (QRNG) and probabilistic computing technologies. This collaboration focuses on strategic priorities for real-world business applications, initially expanding use cases for Quantum Dice’s QRNG technology. The aim is to give businesses and researchers next-generation computational tools.
A key focus of the partnership is Quantum Dice’s QRNG technology, which utilizes the unpredictability of quantum physics to produce true randomness. This is critical for accurate simulations in fields like finance and materials science, where random modelling impacts decision-making. Validated through research with industry partners, the QRNG includes a patented self-certification feature ensuring verifiably true randomness. Initial applications include materials design, manufacturing processes, product testing, and logistics.
Long-term, the collaboration will validate Quantum Dice’s probabilistic computing platform to power next-generation AI models. The Hartree Centre plans to host Quantum Dice’s technologies on-site, providing access to a wider community of enterprise and academic users. Dr. Kate Royse highlights the partnership as a key part of the Hartree Centre’s five-year plan to unlock high-growth potential for UK industry, supporting the UK’s ambition to be a global quantum hub.
Applications Across Industries and Research
The STFC Hartree Centre and Quantum Dice are collaborating to apply quantum technologies across various industries and research areas. Initial focus will be on materials science—designing more efficient materials—and manufacturing processes, aiming to improve efficiency and reduce waste. Further applications include product design, enabling virtual testing before physical builds, and logistics, exploring disruptions and building resilience. This collaboration leverages the Hartree Centre’s expertise in AI and high-performance computing with Quantum Dice’s quantum random number generator (QRNG) technology.
Quantum Dice’s QRNG technology is key to improving the accuracy of computer models and simulations used in diverse fields. Utilizing the unpredictability of quantum physics, it produces “true randomness” crucial for reliable results in areas like finance and materials modeling. Validated through research with industry partners, this technology’s impact stems from its patented self-certification, creating more trustworthy simulations—a vital component for smarter, confident decision-making.
Looking ahead, the partnership aims to validate Quantum Dice’s probabilistic computing platform, potentially powering the next generation of AI models. The long-term goal involves hosting Quantum Dice’s technologies at the Hartree Centre, providing access to a broader community of enterprise and academic users. This collaboration seeks to transform quantum innovation into practical solutions benefitting UK industry and research, ultimately contributing to a global hub for quantum technology.
I am delighted that our collaboration with Hartree Centre is entering its next strategic, long-term partnership phase, building on years of pioneering work.
Dr Zhanet Zaharieva, COO and Co-founder of Quantum Dice
