Technical Blog

The Rise of Superconducting Erasure Qubits – an Industry Perspective

TECHNICAL BLOG The Rise of Superconducting Erasure Qubits - an Industry Perspective Building a commercially…

brettwhatmoughAugust 17, 2026

Technical Blog

Making Quantum Errors Visible: A New Approach to Reliable Quantum Computing

New research from OQC helps make errors visible: OQC’s approach turns normally “silent” errors into…

brettwhatmoughJuly 1, 2026

Technical Blog

OQC Research for 3D Integrated Embedded Filters for Superconducting Quantum Circuits

Purcell filtering has become a widespread tool used to protect qubits from unwanted radiative relaxation…

brettwhatmoughMarch 19, 2026

Technical Blog

Paving the way for millions of quantum operations

Reaching the MegaQuop era of quantum computing is a key milestone on the road to…

Abbie CurbisonFebruary 6, 2025

Technical Blog

Direct Quantum Compute-as-a-Service with OQC and Equinix

OQC and Equinix's partnership has seen an integration of OQC's latest device into Equinix's Tokyo…

Abbie CurbisonNovember 15, 2024

Left: Josephson junctions fabricated in radial pattern around where it was going to be micro-machined later. Right: JJs located

Technical Blog

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…

Abbie CurbisonJune 17, 2024

(a) As-fabricated Josephson junction resistances from a typical OQC Lucy-8QPU wafer. JJ resistances are in three separate design groups 1, 2, and 3, designated by the colours grey, red, and blue. (b) The same wafer having undergone our electron-beam annealing process. The spread of each JJ group is reduced.

Technical Blog

E-beam annealing of Josephson junctions offers precise control over qubit frequencies

Electron-beam (e-beam) annealing of Josephson junctions offers precise control over qubit frequencies post-fabrication.

Abbie CurbisonMarch 14, 2024

Technical Blog

Hardware efficient error detection

Error-detection and correction is needed to improve computations. OQC have demonstrated a hardware efficient method…

Abbie CurbisonMarch 11, 2024

a large F1 engine in a classic, old, beat up blue mini coop

Technical Blog

Hybrid in your back garden

We’re actively exploring how our software and hardware ecosystem, fully integrated into colocation data centres,…

Abbie CurbisonFebruary 19, 2024

Thousands of tiny lights dropping from a ceiling

Technical Blog

How to use pulse-level control on OQC’s superconducting quantum computer

Amazon Braket Pulse enables users to control and modify the low-level analog instructions for quantum…

Abbie CurbisonAugust 9, 2023

Technical Blog

The Rise of Superconducting Erasure Qubits – an Industry Perspective

Making Quantum Errors Visible: A New Approach to Reliable Quantum Computing

OQC Research for 3D Integrated Embedded Filters for Superconducting Quantum Circuits

Paving the way for millions of quantum operations

Direct Quantum Compute-as-a-Service with OQC and Equinix

Overcoming scale-up challenges of sapphire-based quantum processors

E-beam annealing of Josephson junctions offers precise control over qubit frequencies

Hardware efficient error detection

Hybrid in your back garden

How to use pulse-level control on OQC’s superconducting quantum computer

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