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Quantum Information Group
The Quantum Information Group is realising revolutionary ideas for the processing and communication of information using fundamental principles of quantum mechanics. They undertake a range of applied and fundamental research which requires highly skilled, enthusiastic and energetic people to work in a rapidly growing team.
Speech Technology Group
The Speech Technology Group is looking for talented individuals to lead and contribute to our ongoing research in Statistical Speech and Language Processing. Multiple open positions are currently available. We also offer a limited number of internships to PhD students in their 2nd year or higher and short-term placements for visiting researchers/Professors.
Computer Vision Group
The computer vision group is eager to hear from academically strong candidates. If you have a PhD in computer vision or a related area, have a solid publication record, and are keen to pursue a research career, then get in touch. We also offer internships for PhD students (candidates with permission to work in the UK only).
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PRESS RELEASE: Quantum Cryptography Goes Mainstream
Quantum Key Distribution
Introduction to Quantum Key Distribution
Toshiba QKD system
Network Field Trials
Industrial standards
Quantum Devices
Growth and Placing of Quantum Dots
Integrated Quantum Photonics
Semiconductor Quantum Logic Gates
Quantum Interface
Photon Number Resolving Detector
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CRL Home
Quantum Cryptography Goes Mainstream
Breakthrough allows ordinary telecom networks to be secured from eavesdropping. Press Release 20 November 2012.
Andrew Shields receives Hisashige Tanaka Award
The award presented on 2 July 2012 recognises significant contributions in the spirit of the inventors who founded Toshiba, Hisashige Tanaka and Ichisuke Fujioka.
Controlled NOT gate with single photons
Two-qubit gate using only semiconductor devices as a building block for photonic quantum computing announced in Applied Physics Letters 100, 211103 (2012).
Practical photon number detection with silicon APDs
Electric-field-modulated silicon avalanche photodiodes clearly discerning multiphoton signals at high-speed reported in Nature Communications 3, 644 (2012).