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Technology Update

The latest technology to license from Oxford
 

 
 

We have selected the latest licensing opportunities from the university - including a web-based app to help identify and articulate your strongest work preferences, a comprehensive oil-water separation application, the latest announcement from Oxford Quantum Circuits to offer a Quantum Computing-as-a-Service platform, and much more.

 

Identifying early-stage SARS-CoV-2 infections

T cell peptide epitopes that can be used as specific reagents in
COVID-19 diagnostic tests.

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Career Weaver

Software that provides exercises to identify and articulate work-related values, interests, skills and strengths.

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Qubits vs bits

A method to improve quantum processing systems by allowing entanglement to be distributed across multiple related qubits.

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Effective oil-water separation

A transparent polymer coating that could potentially be used for oil/water separation.

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Achieving artefact-free neuromodulation

Sequencing recorded electrophysiological signals to achieve true artefact-free recordings during neuromodulation.

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OQC delivers Europe's first Quantum Computing as-a-Service

In 2018 Oxford Quantum Circuits (OQC) built the UK's first quantum computer. Now OQC brings the power of quantum to its customers' fingertips with the launch of Europe's first quantum computing as-a-service (QCaaS).

From identifying new drug molecules to developing more efficient battery technology, quantum computing has the potential to be revolutionary, and OQC is setting itself as the European leader in the field.

 
 
 
 

Multipurpose magnetic microparticles

A method to produce ellipsoids, rather than spheres, for greater precision and control at lower magnetic fields.

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One-step security against quantum attacks

Cryptographic methods to defend against quantum computer attacks, leading to better protection of sensitive data.

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The shape of energy

An energy harvesting system that uses ferroelectric switching to generate higher energy per cycle to operate intelligent IoT nodes for short periods of time.

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