RESOURCES

OQC's Quantum Resources

What is quantum computing?

What is quantum computing?

Everything you need to know. Qubits are the basis for quantum computers ...
Exploring quantum machine learning in biomedicine

Exploring quantum machine learning in biomedicine

A promising novel solution is to combine the power of quantum computing, ...
Connor Smith on stand at ISC 2024

The Quantum-Classical Compute Paradigm – – ISC 2024

High Performance Computing (HPC) has come a long way, but there is ...
Euro LLVM 2024 Vienna Austria logo with date

Engaging discussions at EuroLLVM 2024

OQC attend the European LLVM Developers’ Meeting. This annual event sees people ...
Precise Forecasting with hybrid quantum-classical algorithms

Precise Forecasting with hybrid quantum-classical algorithms

Classical compute methods struggle to capture system intricacies but hybrid quantum-classical algorithms ...
The OQC stand at Bristol's Careers in Quantum event

Networking and educating at Careers in Quantum

OQC attended Bristol University’s annual ‘Careers in Quantum’ event organised and hosted ...
ILLIAC IV - credit NASA. In the 1970s, the ILLIAC IV was another example of large-scale parallel computing.

From Cray to Quantum – Looking back to look forward

From specialised architectures to embracing commodity hardware. We explore the challenges faced ...
A new era of intelligence: quantum and telecommunications

A new era of intelligence: quantum and telecommunications

QAOA, the quantum approximation optimisation algorithm which is designed to tackle combinatorial ...
(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.

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 ...
Figure 2 Dimon Device Schematic

Hardware efficient error detection

Error-detection and correction is needed to improve computations. OQC have demonstrated a ...
OQC in Sydney

Supercomputing week in Sydney

QUICKBITS Supercomputing week in Sydney This February, some of our team headed ...
Electron-beam annealing of Josephson junctions for frequency tuning of quantum processors

Electron-beam annealing of Josephson junctions for frequency tuning of quantum processors

In this paper, we present an approach to tuning fixed-frequency qubits with ...
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