Quantum Algorithms Institute

Quantum computing is often heralded as the next technological revolution, with the promise of solving problems that today’s most powerful supercomputers cannot. But how close are we to achieving practical quantum systems with real-world applications? This technology holds the potential to transform industries—from healthcare and pharmaceuticals to energy, supply chain management, and finance. While breakthroughs in quantum simulation and optimization are paving the way for innovation, challenges such as scalability, reliability, and the elusive "quantum advantage" remain. Companies like IBM, Google Quantum AI, and D-Wave are leading the charge, showcasing roadmaps that highlight the race to refine quantum processors and unlock their potential. Yet, as we progress, it’s clear that quantum computing will complement rather than replace classical systems, addressing specific challenges while driving technological advancement. Businesses can benefit now by preparing for this paradigm shift, understanding quantum's capabilities, and exploring where it might provide a competitive edge in the future. Read more about the journey toward quantum computing and its potential impact across industries: https://lnkd.in/gqgatDSz

#Quantumcomputing is advancing to a place where it can help solve real-world problems. I'm excited to read the report from Highly Automated Systems Safety Center of Excellence at the U.S. Department of Transportation which discusses near-term use cases to address the wide variety of problems facing the #transportation industry. From network optimization to infrastructure to aviation and rail and pipelines, there are a host of problems where near-term application development can provide needed solutions. Thanks PRACHI J. VAKHARIA and Daniel LeMaster for hosting this important dialogue. Yaakov Weinstein Anthony Bedell Omar Franco Ben Kochman Alliance for Digital Innovation QED-C® Quantum Industry Canada (QIC) European Quantum Industry Consortium (QuIC) U.S. Quantum Industry Coaltion ATARC (Advanced Technology Academic Research Center) Nipun Vats Quantum Algorithms Institute National Association of Manufacturers - NAM Lisa M Lambert

Last week I got to be part of an amazing experiment+conversation with brilliant scholars, and artists. If only we could all connect like this every day, we could start solving the world's problems. Thank you Lily James Olds for making this happen.

Always thought #quantumcomputing was out of this world? Researchers from Sapienza Università di Roma are looking at using quantum annealing technology to guide interplanetary missions. D-Wave's Quantum annealing, combined with classical methods, were found to optimize spacecraft trajectories for a low-thrust Earth-to-Mars mission. #Space D-Wave Dave Cavossa Paul Stimers Kyle Hardy Clipper Defense Tradewinds Jack Czerwinski NASA - National Aeronautics and Space Administration NASA Jet Propulsion Laboratory ATARC (Advanced Technology Academic Research Center) QED-C® Nipun Vats Quantum Industry Canada (QIC) Lisa M Lambert Bill McKenna 🍀 Matt McQueen Alan McQuinn Catherine J. Michael Marn

The Luminate Accelerator is a six-month program designed to support startups in optics, photonics, and imaging technologies. Participants receive $100,000 upfront and the chance to compete for $1 million upon completion. The program offers access to investors, mentors, industry tools like MATLAB and PitchBook, and unparalleled networking within New York’s photonics cluster. Canadian startups with proven technologies and full-time teams are encouraged to apply by January 10, 2025. Visit the official site for details: https://lnkd.in/dtHDADj

Let’s talk about quantum-centric supercomputing. https://ibm.co/3Zh5qeZ We've often said that the path to a quantum advantage is not linear, and that one of the clearest paths to useful quantum computing will involve quantum computers working *together* with classical supercomputing resources. At this year's SC24 Conference in Atlanta, VP of IBM Quantum Jay Gambetta presented this vision to high-performance computer users as an invitation to join us on that journey. We believe the future of computing will involve mapping interesting research questions to the kinds of linear algebra problems we represent with tensors and quantum circuits. Quantum computers can significantly extend our ability to solve large, complex circuits. Classical supercomputing can provide the physical overhead needed to help quantum computers solve those problems without being biased by noise. Together, we believe quantum and classical HPC resources can open the door to new algorithms we could not discover using classical computing alone. We are deploying our quantum computers alongside classical HPC using resource management systems like Slurm so that HPC users can participate in this new era of quantum-enabled scientific discovery. To fulfill our mission of delivering useful quantum computing to the world, it is vital that we build a singular, fine-tuned user experience that encourages the exploration of quantum-centric supercomputing for researchers, developers, and others working at the forefront of computational science. We hope you'll come along for the ride. Head to the IBM Quantum blog linked above for more details.

D-Wave Systems and E.ON are working together to optimize renewable energy grids using quantum annealing technology. This partnership tackles the challenges of integrating intermittent renewable sources like wind and solar by enhancing grid stability and efficiency. The project has shown promising results in reducing costs, improving operational efficiency, and supporting a more sustainable energy future! Read the full article to learn how quantum computing is driving innovation in the energy sector: https://lnkd.in/gzhnj2Rg

In collaboration with Quantum City, CMC is excited to co-host the quantum networking day, exploring opportunities with short presentations by industry and community members. https://loom.ly/9v7d0M0 Quantum Algorithms Institute National Research Council Canada / Conseil national de recherches Canada University of Calgary Alberta Innovates

The 2024 Superconducting Quantum Device Workshop taking place this week at the University of Calgary will take a mid-week break so course participants can take part in the Quantum Networking Day. The Quantum Networking Day is a great opportunity to learn how to create quantum start-ups, what challenges and opportunities are present in the quantum technology field, and discuss the transition from academia to industry. https://loom.ly/9v7d0M0 Quantum Algorithms Institute Quantum Industry Canada (QIC) University of Calgary National Research Council Canada / Conseil national de recherches Canada University of Waterloo Siemens

Join CMC and our co-host XPRIZE as we explore current research efforts, potential applications, and strategies to bridge the gap between theory and practice in quantum computing. https://loom.ly/pYl3VQs XPRIZE Quantum Industry Canada CIFAR Quantum Algorithms Institute Institute for Quantum Computing Quantum BC