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Developing the three dimensional atom probe
Kindbrisk->Oxford nanoScience->Polaron->Imago->Cameca http://www.cameca.com/instruments-for-research/atom-probe.aspx
In 1997 the company received the Prince of Wales award for Innovation.
Impact Case Study from REF2014
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Advanced optoelectronic solutions for revolutionary displays and smart windows.
Bodle Technologies http://bodletechnologies.com/
Dr Peiman Hosseni was selected for RAEng entrepreneur training in 2015.
http://innovation.ox.ac.uk/news/oxford-spin-out-to-use-phase-change-materials-for-smart-glazing-displays/ https://medium.com/oxford-university/funding-innovation-in-oxford-73e7860f8d12
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Intelligent Tissue Expanders to Revolutionise Surgery
Oxtex http://www.oxtex.com
Prof Czernuszka and consultant surgeon Marc Swan received the Alpha Innovator of the year award in 2016.
http://innovation.ox.ac.uk/news/intelligent-tissue-expanders-revolutionise-surgery/ http://www.ox.ac.uk/research/research-impact/new-material-reconstructive-surgery
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Manufacturing designer spherical nanomaterials
Designer Carbon Materials http://www.designercarbon.com/
http://innovation.ox.ac.uk/news/isis-innovation-spin-manufacture-designer-spherical-nanomaterials/
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Alloys by Design
OxMet http://www.oxmet-technologies.com
OxMet has an established portfolio of IP encompassing alloy design methods, proprietary software and optimised alloys. It is targeting a broad range of market sectors including: aerospace, automotive, defence, medical-devices, energy and consumer goods. https://innovation.ox.ac.uk/portfolio/companies-formed/
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Next generation chemical and nanoparticle sensors
OxfordHighQ http://www.oxfordhighq.com/
Oxford HighQ is a pre-spinout from the University of Oxford’s Departments of Materials and Chemistry. The company has been awarded £900k of InnovateUK funding and is scheduled to incorporate in September 2017.
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Developing quantum computing architectures compatible with standard silicon processing
Founded in 2017, Quantum Motion is developing silicon spin-based qubit architectures which are compatible with standard CMOS fabrication and so provide easier scaling to thousands and millions of qubits.
quantum-motion-spin-out-raises-8m-funding
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