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Oxford selected as one of five UK quantum technology hubs ⚙️🏙️ The University of Oxford has been named as one of five new research hubs to develop quantum technologies in areas ranging from healthcare and computing to national security and critical infrastructure. The University of Oxford hub will develop the technologies needed for the UK to play a key role in the development of quantum computers - a market estimated to be worth $1.3 trillion by 2035. The other four hubs will also be based across the UK, in Glasgow, Edinburgh, Birmingham and London. Institutions involved include University of Strathclyde, University of Glasgow, UCL, University of Cambridge, University of Birmingham and Heriot-Watt University . The new hubs, which are being supported by a £160 million investment, were announced in July by Secretary of State for Science, Innovation and Technology, Peter Kyle. He said... Continue reading... https://lnkd.in/e4scAmV6 UK Research and Innovation, Department for Science, Innovation and Technology #technology #innovation #quantum #science #oxonnews #oxonhour #businessnews #businessintelligence

🔍 5 Things You Need to Know About Illinois' Quantum Leap: 1. Federal Boost: Illinois' quantum research is getting a significant boost with funding from DARPA, highlighting the state's leadership in quantum technology. 2. Governor's Vision: Governor J.B. Pritzker is championing these initiatives, underscoring the importance of innovation and technological advancement in the region. 3. Economic Impact: The investments are expected to drive economic growth, creating new jobs and opportunities in the tech sector. 4. Collaborative Efforts: The projects are a result of collaboration between top universities, research institutions, and private sector partners, fostering a robust innovation ecosystem. 5. Future Prospects: These initiatives are set to position Illinois as a national hub for quantum research, paving the way for breakthroughs in computing, communications, and beyond. Stay tuned for more updates on how Illinois is leading the way in quantum technology! https://lnkd.in/gArTiEqQ #QuantumTechnology #Innovation #Illinois #TechNews #ResearchAndDevelopment

🚀 Illinois' Quantum Leap: DARPA's Big Boost! Exciting news for Illinois and the tech community! The state's quantum research is set to soar with substantial support from #DARPA. Governor JB Pritzker is leading the charge, emphasizing innovation and technological advancement as key drivers for the region's growth. This initiative will not only create numerous job opportunities but also cement Illinois' position as a national leader in quantum technology. Top universities, research institutions, and private sector partners are joining forces, showcasing the power of collaboration in fostering a robust innovation ecosystem. These projects promise to revolutionize computing, communications, and more, positioning Illinois at the forefront of groundbreaking research and development. Stay tuned as Illinois continues to lead in quantum technology and drive economic growth through cutting-edge research! #QuantumTechnology #Innovation #Illinois #TechNews #ResearchAndDevelopment #EconomicGrowth https://lnkd.in/g7aFmy84

As the potential of #quantumcomputing is becoming more known, the need for quantum talent has grown. Major universities publishing quantum research also have dedicated postgraduate programs in quantum technologies 📚 The following ten universities are leaders in quantum research, ranked based on the number of research papers produced (Based on the The Quantum Insider intelligence platform): University of Waterloo: 473 papers. University of Oxford: 446 papers. University of Chicago: 423 papers. University of California, Berkeley: 379 papers. Harvard University: 365 papers. University of Toronto: 351 papers. University of Cambridge: 346 papers. University of Bristol: 206 papers. Weizmann Institute of Science: 159 papers. University of Glasgow: 91 papers We are proud that the Weizmann Institute of Science, with 159 quantum papers, is among the academic universities with many #quantumresearch papers. Quantum Source houses over 40 professionals with expertise from institutions such as Weizmann. Our leading quantum scientists, such as our Chief Scientist, Prof. Barak Dayan, have released over 50 research papers in the field of quantum computing as part of the Weizmann Institute of Science. At Quantum Source, #knowledge drives progress; learn more: ttps://www.qs-labs.com/about-us

Today, José E. Cruz Serrallés, Ph.D., postdoctoral fellow at NYU Grossman School of Medicine and scientist with our imaging research center at NYU Langone Health, is at IEEE Quantum Week in Montreal presenting new research on solving differential equations with an approach that combines “quantum-inspired techniques with classical methods,” according to the abstract of the technical paper he has led. Ordinary differential equations, also known as ODEs, are widely used across scientific and engineering fields to describe, analyze, and predict the dynamic behavior of complex systems—from electromagnetic fields to enzyme reactions to economic and climate models, and much more. But the complexity of ODEs poses computational and accuracy challenges to conventional numerical solvers. In their paper titled “A Quantum Approach for Implementing Fixed-Point Arithmetic in Solving Ordinary Differential Equations,” Dr. Serrallés and coauthors demonstrate that “given enough qubits to achieve the desired accuracy, solving an ordinary differential equation with fixed-point arithmetic is feasible.” Although fixed-point arithmetic is by definition more limited than its floating-point counterpart, it has the advantage of being “significantly less complex to implement in terms of gate operations,” write the authors, referring to the manipulations of quantum bits (qubits) fundamental to performing computations. One potential application contemplated by the investigators is “to explore the use of quantum computing to simulate the dynamics of bulk magnetization in magnetic resonance imaging (MRI),” where modeling of the highly dynamic and complex interactions between magnetic fields and physical bodies remains an area of active research. The technical paper is led by imaging researchers at NYU Langone Health in collaboration with scientists at NASA and the SQMS Center at Fermilab, and is part of an exploratory partnership between NYU Langone and SQMS (Superconducting Quantum Materials and Systems Center). Re IEEE Quantum Week 2024: https://lnkd.in/epFWQj_D Re NYU Langone collaboration with Fermilab's SQMS: https://lnkd.in/gH4W4KRi CC: Oluwadara Ogunkoya, Doğa Murat Kürkçüoğlu, Nicholas B., Silvia Zorzetti, Riccardo Lattanzi Advanced research in #QuantumComputing #mathematics #ComputerScience #ElectricalEngineering #ComputerEngineering & #physics. Innovation in #MRI and #biomedicalimaging.

2024 marked a significant milestone with the official opening of the National Quantum Computing Centre’s (NQCC) state-of-the-art facility at Harwell Campus. This isn’t just a building, it’s a purpose-built space designed to foster collaboration and innovation across the UK’s vibrant quantum ecosystem. From hardware pioneers to academic teams and industry leaders, the NQCC is uniting brilliant minds to tackle some of the toughest challenges in quantum computing. By co-locating teams under one roof, the facility fosters knowledge sharing and creates fertile ground for transformative breakthroughs. More than a research centre, the NQCC serves as a hub for training, collaboration, and developing impactful use cases, contributing to the UK’s position as a global leader in responsible quantum innovation. Explore how the NQCC is shaping the future of quantum computing in this insightful article by Physics World: https://lnkd.in/dWuPyHQ3 UK Research and Innovation EPSRC STFC Quantum Software Lab Harwell Science and Innovation Campus Rigetti Computing Nu Quantum Unisys Newcastle University Michael Cuthbert Peter Knight Klara Theophilo Vivek Chidambaram Alice Voaden Physics World Institute of Physics #QuantumComputing #Quantum #QuantumTechnologies #Innovation #Collaboration #Research

The U.S. National Science Foundation is investing $39 million to expand quantum research across America through the NSF Expanding Capacity in Quantum Information Science and Engineering (NSF ExpandQISE) program. This investment supports 23 innovative research projects, training and educational activities at up-and-coming programs at institutions seeking to build their own quantum research and development infrastructure. "Maintaining our country's global leadership in quantum information science demands that we engage the full spectrum of talent that's waiting to be unleashed from each and every U.S. community," said NSF Director Sethuraman Panchanathan. The 23 new investments will benefit faculty and staff across various U.S. higher education institutions. This includes seven states engaged in the NSF Established Program to Stimulate Competitive Research, which aims to bolster research in areas historically underfunded. Additionally, 19 emerging research institutions — colleges and universities with established programs but less than $50 million in annual federally supported research expenditures — will receive support. The grants also extend to seven minority-serving institutions, encompassing four historically Black colleges and universities and three Hispanic-serving institutions. Learn more: https://bit.ly/3ThuKy1

Fostering a Quantum Education & Research Centre at UTAS: Preparing for the Second Quantum Revolution As we approach the second quantum revolution, building a quantum education and research hub at the University of Tasmania (UTAS) is crucial. Quantum technologies—spanning computing, communication, sensing, and cryptography—promise to transform industries, redefine security, and fuel innovation. To seize these opportunities, Tasmania must prioritize quantum talent development and regional research capacity. A dedicated Quantum Centre at UTAS •Nurture Talent: Equip students and professionals with skills in quantum mechanics, computing, and cybersecurity, creating a local workforce ready for quantum-safe industries. •Attract Global Interest: Position Tasmania as a hub for quantum research, bringing in global partners, researchers, and investments that drive sustainable regional growth. •Drive Innovation: Create pathways for industry collaboration, from quantum startups to established enterprises, fostering a knowledge-rich ecosystem and potential commercialization. Investing in quantum education now means harnessing tomorrow’s opportunities. Let’s prepare UTAS and Tasmania for the future, ensuring we’re part of this transformative journey. #QuantumComputing #QuantumEducation #UTAS #SecondQuantumRevolution #FutureOfTech An example… https://lnkd.in/g_TMVtDz

Big strides for Canada’s quantum future! The University of British Columbia is spearheading nine cutting-edge research projects aimed at advancing quantum computing, materials, sensing, and communication. As part of a national initiative supporting 107 projects with over $74 million in funding, these efforts will drive real-world applications and strengthen Canada’s position as a global leader in quantum technology. Collaboration is key to unlocking quantum’s full potential, and these projects bring together researchers, industry partners, and policymakers to accelerate innovation. From developing next-generation quantum algorithms to exploring new materials for quantum devices, UBC’s leadership in this space is shaping the future of the field. Looking forward to the breakthroughs ahead! Read more about these projects: https://lnkd.in/gzmcger2

It seems a quite promising year ahead! Do you have any KPI to max out? Or to keep as lowest as possible? Are you always in the process to finding a way to better navigate your business constraints? Optimizing processes is a complex matter and technology is here to help. Let's talk! #optimization #quantumtechnology