Tuning of Josephson junctions – the effects of depinning physics
This research explores ways to model post-manufacture tuning of Josephson junction parameters, investigating how junction…
Anna HarringtonFebruary 26, 2025
Analysing variations in Josephson junction barriers using a combined approach
In our recent research, we consider multiple techniques to understand the make-up of Josephson junctions,…
Anna HarringtonFebruary 19, 2025
Energy efficiency and quantum compute
Quantum computing could positively impact the energy efficiency of compute. In our new resource, we…
Abbie CurbisonJanuary 20, 2025
A more efficient way to characterise the performance of quantum systems
This new GST method successfully characterises qudit logic gates with comparable accuracy to traditional methods…
Katy AlexanderSeptember 17, 2024
What are superconducting qubits?
Superconducting qubits are a leading quantum modality. In our new resource, we provide everything you…
Katy AlexanderSeptember 3, 2024
General Counsel, Nikki Cooper, appointed to OQC C-Suite
READING, UK -July 5th 2024: OQC expand leadership with appointment of General Counsel to C-Suite…
Katy AlexanderJuly 8, 2024
Dr. Peter Leek, appointed as Chief Scientific Officer
READING, UK -June 20th 2024: OQC today announced the appointment of Dr Peter Leek as…
Katy AlexanderJune 20, 2024
Overcoming scale-up challenges of sapphire-based quantum processors
In a world-first, we have developed a sapphire micro-machining process that integrates seamlessly with our…
Katy AlexanderJune 17, 2024
Integration of through-sapphire substrate machining with superconducting quantum processors
Superconducting qubits are a promising route to achieving large-scale quantum computers. In this paper, we…
Katy AlexanderJune 14, 2024
