Monthly Archives: March 2018
If you’ve ever wished you could escape this world for another Universe, the winner of this year’s Quantum Shorts flash fiction competition offers a cautionary tale. In “Acceptable Loss” by Przemysław Zańko, a failed relationship puts the entire multiverse under threat. The story is one of five to claim prizes in the competition for fiction inspired by quantum physics. Each winner receives a cash award, certificate, and an engraved trophy.
QuantIC is the UK Scientific Partner in this annual competition for creative work inspired by quantum physics. It is organised by the Centre for Quantum Technologies in Singapore with media partners Scientific American and Nature and international scientific partners. It has alternated between calls for short films and flash fiction since 2012. The 2017 call for fiction ended with 18 stories shortlisted across open and youth categories. From these stories, the judging panels have selected a winner and runner up in each of the Open and Youth category. There is also a People’s Choice winner chosen by public poll on the shortlist. The entries had to include the phrase “There are only two possibilities: yes or no”.
Runner-up in the Open Category is “From the Ruins of Beijing”, in which writer Andrew Neil Gray extrapolates from today’s rapid progress in quantum computing into a fictional future where efforts are being derailed by unexplained noise in the machines.
In the Youth Category, for writers aged 13-18, three entries claim prizes. Nick Maslov takes first prize for “Two Words” for a well-told story of the end of the Universe. Runner-up is “End-User Agreement” by Morgan Long. The judges described it as funny, clever and original.
The People’s Choice prize – decided by voting across all the shortlisted stories – also goes to a Youth entry. The story “A Future with Fortran” by Lily Turaski took some 30% of the more than 1200 votes cast. It’s particularly fitting for this story to claim the People’s Choice award because the Lily wrote the sentence that all entries in 2017 had to include. The sentence was plucked from Lily’s winning 2015 story “The Qubits of College Acceptance”. She noted with her new submission that she “is thrilled to have her superposition sentence emulated in so many alternate realities in the entries of Quantum Shorts 2017.”
Congratulations to the winners! Read all the stories at https://shorts.quantumlah.org.
QuantIC’s Professors Robert Henderson and Daniele Faccio were involved in organising the 1st International SPAD Sensor Workshop (ISSW) with Ecole Polytechnique Federal De Lausanne which took place 26-28 February 2018 in Les Diablerets, Switzerland. The workshop which focussed on the study, modelling, design, fabrication and characterisation of SPAD sensors, welcomed more than a hundred participants including many industrial attendees.
Professor Robert Henderson, who is guest editor of an MDPI special issue on the workshop said: “There’s been a growing interest in the field driven by Lidar but there was no forum specifically for SPADs, covering devices, technology and associated applications so the ISSW was organised to bridge the gap to further SPAD development between academia and industry.”
The workshop had a good turnout from industry and companies that presented included ArgoAI, SensL, TowerJazz, and Fastree3D. ST Microelectronics and Austria Microsystems also made product announcements on their multi-zone time of flight sensors. Universities that presented at the workshop included EPFL, Politecnico di Milano, Cornell, Stanford and UCLA. Professors Henderson and Faccio also presented their QuantIC research on SPADs for FLIM and Imaging at the speed of light respectively.
Feedback on the 1st ISSW has been wholly positive and there are plans to organise the next workshop, which will take place biennially, in Scotland. Watch this space.
Former QuantIC researcher from the University of Bristol, Xiao Ai, has started up Quantum Light Metrology (QLM), which has developed a drone mounted, quantum sensing solution capable of remotely detecting and quantifying minute methane leaks. This work was supported by QuantIC, an Impact award and the Quantum Technology Centre (QTEC) at the University of Bristol. The start-up has received funding from Innovate UK and has partnered with ID Quantique and Sky Futures on this venture.
Xiao Ai, founder and Chief Technology Officer at QLM said, “After 4 years of post-doc research developing Laser Radar Lidar for atmospheric sensing of Carbon Dioxide, I realized, that to reduce carbon emission, we first needed to understand the sources and locations of anthropogenic emissions. QLM’s laser radar is capable of remotely detecting and quantifying the lowest leak rate required by the Oil and Gas industry, out to a 150-metre operational distance. This brings a 10-fold sensitivity improvement over our closest competitor, which enables a significant performance improvement in scanning and imaging capabilities.”
QuantIC’s Professor John Rarity co-developed QLM’s technology and is also involved as Chief Scientific Officer. He said, “QuantIC’s input was invaluable as it enabled the continuous funding of this work to develop the first demonstrator buffering that critical gap between academic research and commercial realisation”.
In purely economic terms, methane leaks from well-heads and pipelines cost the Oil and Gas industry between $6bn and $30bn a year. In the US, methane leaks from the natural gas and petroleum industry are now the number one source of methane emissions, surpassing livestock digestion and landfill. Although it is found in much lower concentrations than carbon dioxide, methane is around 25 times more potent, meaning that it still accounts for 28 percent of the amount of warming caused by carbon dioxide.
QLM’s technology is lightweight, low-powered and capable of delivering an unprecedented 30 miles per hour surveying speed when mounted on a drone. This has potential, especially in the Oil and Gas industry for a better understanding of emissions that could result in cost effective mitigating strategies and improved health and safety measures for the sector.
QuantIC wishes QLM all the best!
For more information, visit https://www.qlmtec.com/