The National Quantum Computing Centre (NQCC) is hosting its premier research-focused event, the Quantum Computing Scalability Conference, from April 2nd to 4th, 2025, at Keble College in Oxford. This conference brings together experts from diverse quantum computing fields to tackle key scalability issues across quantum platforms. The event features in-depth technical talks, panel discussions, and a new addition this year – a poster session for early-career researchers.
Some of the topics covered include error correction, qubit and gate performance, integrated photonics, cryo-engineering, control systems, and quantum computing networks. Renowned speakers such as Dr Earl Campbell from the University of Sheffield, Dr David Lucas from the University of Oxford, and Dr Jerry M. Chow from IBM will share their insights.
Companies like Nu Quantum Ltd, Oxford Quantum Circuits, Quantinuum, and IBM are involved in this conference, which aims to identify bottlenecks and address pressing challenges in building efficient roadmaps for the UK quantum computing ecosystem.
Quantum Computing Scalability Conference 2025: Addressing the Challenges of Scaling Up
The National Quantum Computing Centre (NQCC) is hosting its premier research-focused event, the Quantum Computing Scalability Conference 2025, at Keble College, Oxford, from April 2nd to 4th, 2025. This conference aims to tackle the key scalability issues across quantum platforms, bringing together experts from diverse fields to foster cross-disciplinary insights and enable honest assessments of scalability.
Error Correction and Qubit Performance: Overcoming Bottlenecks
One of the primary challenges in scaling up quantum computers is error correction. As the number of qubits increases, so does the likelihood of errors occurring during computations. The conference will feature talks on advances in error correction techniques, such as topological codes and surface codes, which can help mitigate these errors. Additionally, experts will discuss the latest developments in qubit performance, including improvements in coherence times and gate fidelity.
Integrated Photonics and Qubit Addressing: Enabling Scalable Architectures
Integrated photonics is a crucial component of scalable quantum computing architectures. The conference will explore recent advances in integrated photonic circuits, which enable the manipulation and measurement of photons with high precision. Furthermore, experts will discuss innovative approaches to qubit addressing, such as frequency multiplexing and spatial multiplexing, which can significantly reduce the complexity of control systems.
Cryo-Engineering and Technology: Cooling Systems for Scalable Quantum Computing
Cryogenic temperatures are essential for the operation of many quantum computing architectures. The conference will feature talks on cryo-engineering and technology, including advances in refrigeration systems, thermal management, and materials science. These developments are critical for building scalable quantum computers that can operate reliably over extended periods.
Control Systems and Quantum Computing Networks: Orchestrating Complex Quantum Systems
As the number of qubits increases, so does the complexity of control systems required to orchestrate them. The conference will explore recent advances in control systems, including machine learning-based approaches and digital signal processing techniques. Furthermore, experts will discuss the development of quantum computing networks, which can enable the distribution of quantum information across multiple nodes.
The conference boasts an impressive lineup of speakers from academia, industry, and government institutions, including IBM, Harvard University, Lawrence Berkeley National Lab, and the University of Glasgow. The event provides a unique opportunity for attendees to engage with leading experts in the field and stay updated on the latest developments in quantum computing scalability.
Venue Details and Logistics
The conference will take place at Keble College, Oxford, which is conveniently located near the University of Oxford’s Science Area and the University Parks. The venue offers quiet rooms, wheelchair access, and parking facilities. Attendees can reach the college by train, bus, or car, with nearby Park and Ride sites and controlled parking zones available.
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