• UCLQ Hosts the UKACC Workshop on Exploring Opportunities in Quantum Control

    By Padraic Calpin on April 9, 2018

    On April 30th, UCLQ is proud to host the next in a series of workshops organised by the United Kingdom Automatic Control Council (UKACC). Following on from their previous event, on the future of control theory, the workshop on Exploring Opportunities in Quantum Control will aim to bridge the gap between classic control theory and engineering, and the emerging field

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  • Peter Mountney Named Royal Society Entrepreneur in Residence

    By Padraic Calpin on April 3, 2018

    We are pleased to announce that Dr. Peter Mountney, Senior Principal Scientist at Siemens Medical Imaging Technologies and visiting researcher at UCL Quantum, has been named as one of the Royal Society’s Entrepreneurs in Residence. As part of the Royal Society’s ‘Labs to Riches’ initiative, the Entrepreneurs in Residence aims to support links between industry and academia, bringing real-world experience

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  • Driven Quantum Dynamics: Will It Blend?

    By on October 23, 2017

    “Random number generation plays a pivotal role in quantum information applications (such as encryption), but generating random quantum operations requires exceptionally complex resources. A new theoretical analysis shows that an interacting many-body system can blend classical randomness through its dynamics to create quantum randomness.”     Random number generators play a prominent role in many technologies such as cryptography, computer

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  • Coherent superpositions of three states for phosphorous donors in silicon prepared using THz radiation

    By on October 17, 2017

    Quantum computers could be a step closer to practical use thanks to the work of an international team led by University of Surrey scientists. The group, led by Dr Steve Chick and Professor of Physics Ben Murdin, has developed a way of making phosphorous atoms ‘dance’, which could be the next breakthrough in the quest to make quantum computers a

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  • Fundamental limits of repeaterless quantum communications

    By on October 12, 2017

    Fundamental limits of repeaterless quantum communications   Quantum communications promise reliable transmission of quantum information, efficient distribution of entanglement and generation of completely secure cryptographic keys. However, for all these tasks, it was an open problem for about 20 years to determine the optimal point-to-point rates that are achievable by two remote parties at the ends of a quantum channel,

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  • UCLQ Training and Skills – Call for Post-Doctoral Fellowships in Quantum Technologies

    By on June 28, 2017

    UCLQ Training and Skills – Call for Post-Doctoral Fellowships in Quantum Technologies This scheme will support fellowships of two years’ duration for exceptional researchers who are completing, or have recently finished, a PhD. This is the first in a series of regular calls supported by the award of a Training and Skills Hub to UCLQ by EPSRC; we expect to

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  • Undergraduate Summer School In “Quantum Technologies ” By UCLQ

    By on June 12, 2017

    UCLQ: Quantum Science and Technology Institute is organising undergraduate summer school in “Quantum Technologies” from 4th to 8th September. This course is aimed at undergraduates, primarily from an engineering and computer science background, who want to learn more about quantum technologies, including quantum computing and quantum communication. This 1 week programme will include lectures from leading experts on:  Basic concepts

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  • UCLQ Professor awarded the 2016 Raymond and Beverley Sackler Prize

    By Padraic Calpin on December 7, 2016

    Congratulations are in order for Professor John Morton, a member of UCLQ and LCN professor in Nanoelectronics and Nanophotonics, who has been awarded the 2016 Raymond and Beverley Sackler International Prize in Physical Science. Professor Morton was given the award in recognition of his “highly novel contributions to quantum information processing”. Dr. Raymond and Mrs. Beverley Sackler, patrons of science at

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  • UCLQ scientists propose new imaging method for cardiac arrhythmias

    By Tabasum Farzaneh on April 13, 2016

    UCLQ scientists, Professor Ferruccio Renzoni and Dr Luca Marmugi have recently published a paper in Nature Scientific Reports proposing a novel diagnostic and guidance tool for atrial fibrillation. The device is based on quantum sensors (atomic magnetometers) operated in magnetic induction tomography (MIT) modality. The work was realised in the context of an UCLQ Fellowship Doctoral Award that Dr Marmugi

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  • Analysis of loss and noise in superconducting devices sheds new light on problematic two level systems

    By Tabasum Farzaneh on March 21, 2016

    Superconducting quantum devices have emerged as a frontrunner in the pursuit of innovative new applications of quantum engineering, most notably quantum computing. This has been recognised within the UK with the recent EPSRC funding for founding quantum hubs; of which both the UCL led ‘Quantum Engineering with Solid-state Technologies’ (QUES²T) and Royal Holloway – NPL collaboration on ‘Superconducting Quantum Technology’

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