Partnership Between Q-CTRL and Oxford Quantum Circuits Boosts Algorithmic Performance on Quantum Hardware
Q-CTRL, a leading quantum computing software company, has announced a groundbreaking partnership with Oxford Quantum Circuits (OQC) aimed at significantly improving algorithmic performance on quantum hardware. By combining OQC’s advanced hardware with Q-CTRL’s error suppression software, the collaboration seeks to empower quantum developers, researchers, and enterprise end-users to tackle complex problems that were previously deemed infeasible.
The error-prone nature of quantum computers has posed a significant challenge for achieving accurate results. Interference in the environment leads to errors that accumulate over time, causing algorithms to fail and preventing users from obtaining the desired insights. Q-CTRL’s error suppression software addresses this issue by reducing hardware error and instability, enabling users to optimize their hardware’s performance when running quantum algorithms.
By integrating Q-CTRL’s software with OQC’s innovative Coaxmon technology, the partnership promises advanced algorithmic performance, facilitating the execution of more complex algorithms in fields such as chemistry, finance, and manufacturing. These improvements open up new possibilities for quantum computing, enabling users to solve challenging problems that were previously out of reach.
According to Michael J. Biercuk, CEO and Founder of Q-CTRL, OQC is renowned for delivering exceptional computational capability within tight timeframes. He emphasized the potential for their software infrastructure to push the boundaries of OQC’s hardware, maximizing its capabilities.
Initial algorithmic benchmarking results from the partnership have already demonstrated significant enhancements in accuracy and achievable circuit depth. With just a sample subset of Q-CTRL’s error suppression technology applied to OQC’s hardware, the benchmarking revealed substantial performance improvements. Notably, the gains increased as the qubit count rose, even when handling complex algorithms involving a higher number of gates, such as the Quantum Fourier Transform (QFT).
Both Q-CTRL and OQC have offices in Oxford and are eager to expand their performance benchmarking efforts. By showcasing the integrated technology’s capabilities, the partnership aims to inform users about the potential applications and benefits it offers across various industries.
The collaboration between Q-CTRL and OQC exemplifies the value of collaboration in the quantum computing industry. By harnessing the expertise of multiple stakeholders, this approach aims to drive the entire industry towards achieving quantum advantage. The partnership between OQC’s scalable hardware and Q-CTRL’s performance management solutions lays the foundation for future collaborations that can contribute by providing simplified workflows and high-impact algorithms.
Dr. Ilana Wisby, CEO at Oxford Quantum Circuits, highlighted the broader aspiration of democratizing quantum computing and enabling previously unattainable outcomes through collaborations like this. She sees the need for cross-disciplinary teams and specialties to come together and push the boundaries of quantum technology.
The significance of this partnership extends beyond individual companies. Louise Cantillon, British Consul General and Deputy Trade Commissioner Asia Pacific (Australia and New Zealand), emphasized how collaborations like this align with the strategic goals of countries involved in the trilateral AUKUS framework, which recognizes quantum technology as a core component. Their partnership exemplifies the benefits that can be achieved through international collaboration.
By leveraging the expertise of Q-CTRL and Oxford Quantum Circuits, this partnership demonstrates the potential to enhance quantum hardware performance and open up new possibilities for quantum computing applications. The ongoing collaboration between the two companies promises to advance the field, driving progress towards achieving quantum advantage and delivering transformative solutions to complex problems across various domains.
