D-Wave

Ready to take the next step in understanding quantum computing? D-Wave's quantum computing training program helps you expand your knowledge and start building quantum applications with confidence. Through expert-led instruction and hands-on guidance, you’ll accelerate your learning, sharpen your problem-solving skills, and gain insights that set you apart in this rapidly evolving field. You’ll also connect with a global community of learners and experts — sharing ideas, exploring real-world challenges, and growing together. 🎓 Start your journey today: https://lnkd.in/g8N6nRBt

At D-Wave, one of the questions we hear most often is: What kinds of problems can quantum computing solve better than classical computing? In our view, the answer is actually not quantum vs. Classical, but quantum + classical. In case you missed it, we recently chatted about this very topic on our recent webinar, “Quantum Fit—Identifying the Makings of a Quantum-Suitable Problem.” Key learnings include using hybrid-quantum solutions for: • Nonlinear problem solving across industries • Core optimization principles including variables, constraints and objectives • Exploring the emerging field of quantum AI From optimization to research exploration, quantum computing can open new pathways across industries for tackling computationally complex problems more efficiently than classical-only solutions. Watch the webinar replay here: https://lnkd.in/gEveQ6VJ

At #SC25, we had the opportunity to connect with leaders across the high-performance computing community who are exploring how quantum computing can augment classical systems to tackle larger, more complex computational problems. As Murray Thom shares in this HPCwire video filmed at the event, interest in quantum computing is growing across research, government, and industry. Institutions like the Jülich Supercomputing Centre (JSC) are integrating D-Wave’s Advantage2 annealing quantum computer into their HPC environment, while public sector organizations and businesses in the telecommunications, automotive, and retail sectors are applying quantum computing to help solve complex real-world challenges. Watch the video here: https://lnkd.in/ggWrHkM4

As industries push the limits of classical computing, many organizations are asking: When does a problem become a fit for quantum computing? At Qubits26, experts from D-Wave and leading enterprises will explore how quantum and hybrid-quantum solutions are being used to address challenges in optimization, logistics, AI, and R&D—and what makes certain problems quantum-ready. Join us January 27-28 to hear real-world use cases, learn practical evaluation methods, and discover how to begin exploring quantum computing within your organization. Register now: https://lnkd.in/gYMHJXNa

It's been great to catch up with collaborators, make new connections, and talk all things quantum and the future of computing at #SC25. If you're still in St. Louis, stop by booth #4632 and say hello! 

“Annealing is commercial today—and scaling fast.” — Dr. Trevor Lanting, chief development officer, D-Wave Users have solved 8.5+ million problems on D-Wave's Advantage2™️ systems and prototypes, a powerful signal that our annealing quantum computers are driving impact. In this video from Qubits Japan, Dr. Trevor Lanting outlines how D-Wave's quantum technology is enabling customers to drive productivity, improve operations, and create measurable value today. In the talk, he breaks down: - Why scalability, coherence, and connectivity matter most in quantum progress - How D-Wave’s hybrid quantum-classical approach delivers faster solutions to complex problems - What’s next for quantum’s role in AI, optimization, and enterprise innovation 🎥 Watch here: https://lnkd.in/e2ex5ZCU

Quantum computing is moving from the lab to the world. As a recent article published by USC Information Sciences Institute explains, “Quantum computing has long been relegated to the realm of thought experiments and theoretical physics, but that era is ending.” At D-Wave, we’ve long believed that the true value of quantum computing lies in practical application. That means building technologies that help organizations solve the hard problems that matter today and tomorrow. Read ISI’s article here: https://lnkd.in/geQRvjDK

Governments are under pressure to deliver more with less, from faster emergency response to more efficient logistics management. Classical-only methods can struggle to keep pace with the scale and complexity of today's public-sector demands. In our new Axios feature, we explain how hybrid-quantum solutions could help in areas like:
 - Optimizing staffing for organizations such as TSA or veterans' health care facilities. - Enhancing energy grid resilience to improve performance - Telecommunications optimization and network efficiency - Accelerating emergency response and wildfire management For public sector leaders navigating computationally complex decisions, D-Wave hybrid-quantum solvers could offer a new dimension of capability today where classical-only methods fall short. Read the full article: https://lnkd.in/gkxxKSCv

With AI’s rising energy demands placing greater pressure on high-performance computing (HPC) centers, hybrid-quantum technologies are emerging as a promising energy-efficient accelerator for AI and HPC workloads. As highlighted in a recent HPCwire article by D-Wave, quantum-enhanced advanced computing is moving from vision to reality, with hybrid-quantum approaches expanding what’s achievable in HPC and AI. This isn’t just about more computing power. It’s about redefining what cost-effective performance looks like in advanced computing today. Read the HPCwire article to learn how quantum-enhanced systems are reshaping the future of advanced computing: https://lnkd.in/g32e43Zq

As manufacturing, retail, and logistics challenges grow more complex, traditional computing methods are reaching their limits. D-Wave's quantum-hybrid technology can be used to solve computationally complex optimization problems today where classical-only solutions often fall short. Join D-Wave’s Sean McNunn on Wednesday, Nov. 19 at 11:00am ET/8:00am PT for a webinar featuring real-world case studies. Discover how your organization can: -Overcome classical computing limits in complex production and logistics environments -Apply hybrid quantum optimization to real-world use cases such as scheduling, routing, and supply planning -Accelerate your journey toward more efficient and resilient supply chain operations Register here: https://lnkd.in/gGPrcd32