News[For all news related to the UK National Quantum Technologies Programme, please see the programme's RSS news feed]
PhD Studentships in Quantum Communications Technologies
Jun 14th 2016
The Quantum Communications Hub is offering a number of PhD studentships supported by EPSRC funding. There are currently four studentships on offer in the following areas:
- High-Rate Quantum Communications (based at the University of York, Department of Computer Science);
- Quantum Digital Signatures and quantum amplifiers (based at Heriot Watt University, School of Engineering and Physical Sciences);
- Advanced Quantum Networking (offered by the University of York, Department of Physics - based at Adastral Park, BT's R&D site near Ipswich);
- Photonic Systems Metrology for quantum communications hardware (offered by the University of York, Department of Physics - based at the National Physical Laboratory at Teddington, near London).
The deadline for applications for the first position is the 19th of August, while applications are being accepted all year round for the remaining ones. UK and EU students are eligible. The funding includes tuition fees for 3 years plus stipend for UK students. Students from EU countries other than the UK are generally eligible for a fees-only award.
For more information and to apply, please follow the respective links.
QKD in Space: Satellite QKD Technologies Workshop, ECSAT, Harwell Campus, 6 June 2016
Jun 14th 2016
The Quantum Communications Hub held a specialist workshop in early June on satellite quantum key distribution at ECSAT - European Centre for Space Applications and Telecommunications - the European Space Agency's new UK facility at Harwell. The workshop was focused on the use of satellite communications for quantum key distribution - a combination of technologies that offers possibilities for quantum-secure communications over very large distances.
The aim of the workshop was to bring together the leading figures from the international academic community, industrial/commercial interests, and public stake-holders from both the EU and UK. Presenters included the pre-eminent satellite QKD specialists Paulo Villoresi (University of Padova), Rupert Ursin (Vienna Centre for Quantum Science & Technology), and Thomas Jennewein (University of Waterloo), as well as experts from Airbus, BT, the European Space Agency, ID Quantique, and the Max Planck Institute for the Science of Light. Participants included the UK's National Physical Laboratory, the Satellite Applications Catapult, and the EU's Joint Research Centre, as well as Hub university and industry partners.
The workshop is part of a Hub initiative to explore options for active UK participation in collaborative satellite QKD R&D that will contribute to demonstrations / pilots in which there is global scientific and commercial interest.
Minister announces major investment in doctoral training and Quantum Technologies research at York
Mar 1st 2016
The University of York is to benefit from investment in science and engineering research totaling £204 million announced by Science minister Jo Johnson today.
It is one of 40 UK universities which will share in £167 million support for doctoral training over a two year period, and £37 million for UK Quantum Technologies research which includes the York-led Quantum Communications Hub. The funds for doctoral training will come from the Engineering and Physical Sciences Research Council (EPSRC) which has changed how funding is allocated through its Doctoral Training Partnerships (DTPs). Read more here...
Interview: Professor David Delpy, UK head of quantum technology strategy
Feb 8th 2016
By Stuart Nathan. [Re-posted from the Engineer (www.theengineer.co.uk)]
How to fund science and engineering research is a perennially tricky question: although most people in the sector probably have ideas on how much taxpayers’ money is allocated to research and how it’s shared out, the overwhelming feeling is probably one of relief that they don’t have to make the actual decision. With The Engineer’s remit to spotlight disruptive technology, readers might expect us to advocate spending where there’s the potential to be truly life changing. But one prominent UK figure who’s spent decades in the thick of the politics of research funding thinks this is precisely the wrong approach.
Prof David Delpy is a physicist by training, but said that he’s “really more of an instrumentation engineer”. Unsure on leaving school whether he wanted to be a scientist or an engineer, he studied applied physics on a sandwich course at Brunel “because I thought it would allow me to go in either direction once I graduated; and I still think sandwich courses are the best thing out there if you like actually doing stuff rather than just sitting in lectures, even though there are far fewer of them now”. After a brief period in industry working for a conglomerate of around 16 small engineering companies, Delpy realised he missed both London and physics, and returned to UCL on a studentship to develop miniaturised catheters to measure blood pressure in premature babies. “I got hooked on medical instrumentation and stayed for 35 years.” Read more here...
Researchers confirm ‘realistic’ answer to quantum network puzzle
Nov 19th 2015
Earlier research with colleagues at the Technical University of Denmark (DTU), Massachusetts Institute of Technology (MIT), and the University of Toronto, saw the development of a protocol that used continuous-variable quantum systems to achieve key-rates at metropolitan distances at three orders-of-magnitude higher than previously.
In a new study published in Nature Photonics, the researchers, led by Dr Stefano Pirandola, of the Department of Computer Science at York, say that a potential alternative using cryogenic devices and standard Quantum Key Distribution (QKD) is unlikely to approach the high rates achieved both theoretically and experimentally using a continuous variable quantum system. Read more here...
UK’s Quantum Hubs show future technology
Nov 12th 2015
A packed audience at the Royal Society in London was given sight of the new technologies being developed at the UK’s four Quantum Technologies Hubs yesterday at the first Quantum Technology Showcase.
Three hundred delegates from industry, business and government heard how the £270 million UK National Quantum Technologies Programme (UKNQTP) was drawing the country’s research base together with industry, research funding bodies and other government agencies to accelerate the transition of new technologies from the laboratory to industry.
Research teams from the universities and companies involved in the Hubs demonstrated how the unique properties of the quantum realm are being used to advance technologies in measurement, security, computing, imaging and sensing. Read more here...
New quantum technologies markets are the focus of major event at Adastral Park
Oct 16th 2015
The potential for business opportunities based on the next generation of quantum technologies was highlighted at an industrial engagement event at Adastral Park, BT’s global R&D headquarters, on October 15th. Organised by the Quantum Communications Hub and BT, with support from the KTN and Innovation Martlesham, the ICT cluster at Adastral Park, the event was attended by over 100 businesses, regional economic development agencies, the New Anglia Growth Hub and stakeholders of the UK National Quantum Technologies Programme. The event included presentations by directors of all four quantum hubs (led by the universities of Birmingham, Glasgow, Oxford and York), and Dr Rhys Lewis, Director of the new Quantum Metrology Institute at NPL. Industry perspectives were provided by Innovate UK’s Dr Richard Murray, and two of the programme’s major industrial partners: BT, by Dr Tim Whitley, Managing Director of Research & Innovation; and e2v, by Dr Ole Kock, Technical Authority. Presentations were followed by a lively networking session. Read more here...
Scientists produce status check on quantum teleportation
Sep 30th 2015
Reposted from University of York News (D. Garner, Head of Media Relations)
Mention the word ‘teleportation’ and for many people it conjures up "Beam me up, Scottie” images of Captain James T Kirk. But in the last two decades quantum teleportation – transferring the quantum structure of an object from one place to another without physical transmission -- has moved from the realms of Star Trek fantasy to tangible reality.
Quantum teleportation is an important building block for quantum computing, quantum communication and quantum network and, eventually, a quantum Internet. While theoretical proposals for a quantum Internet already exist, the problem for scientists is that there is still debate over which of various technologies provides the most efficient and reliable teleportation system. This is the dilemma which an international team of researchers, led by Dr Stefano Pirandola of the Department of Computer Science at the University of York, set out to resolve. Read more here...