Two weeks ago, I spoke to supply chain professionals in Nashville, Tennessee. It was clear that they’re facing headwinds in maintaining speed, agility, and resilience in their dynamic value chains. This week, I'm looking forward to returning to BVL CX in Berlin to speak about how quantum-powered optimization is helping businesses address these challenges today. I'll share practical examples of how organizations are using hybrid-quantum technology to improve routing, scheduling, resource allocation, and operational efficiency. The goal is to help professionals in supply chain management turn these challenges into opportunities. If you're attending #BVLCX, visit us at our booth, and I hope you'll join me for my talk: Quantum Optimization for Supply Chain and Logistics: Turning Challenges into Operational Advantage 📅 Wednesday, Oct. 21 ⏰ 14:15–15:00 📍 Expo Center Stage I look forward to some great conversations about where quantum computing can deliver value in your operations today. #QuantumComputing #DWave #Supplychain #logistics #berlin

Quantum Error Awareness can be a complicated topic, and we're always looking for new ways to make it easier to understand. I really enjoyed seeing how our D-Wave team brought these concepts to life through animation. Have a look and let me know what you think: #QuantumComputing #QuantumErrorCorrection #DWave

This week, I had the opportunity to participate in an @AWS and @Deloitte executive panel during SEMICON West, where we discussed how agentic AI and quantum computing are creating new opportunities for the semiconductor industry. Special bonus – it was in the Gotham Club at Oracle Park, home of the San Francisco Giants! During the panel, I shared some of the patterns of opportunity for quantum optimization that we’re seeing in the semiconductor industry, particularly in electronic design automation (EDA), wafer flow optimization, and global supply chain management. As a panel, we were also able to compare some of the adoption patterns for agentic AI and quantum computing applications. For semiconductor companies, quantum computing represents a dual opportunity: a market to serve and a technology to leverage. Established manufacturers are well placed to help with the industry’s challenges in materials development. Seeing where it delivers value and return on investment can help inform their decisions about what role they want to play in this growing industry. I left the evening with a deeper appreciation for the challenges that semiconductor executives and their teams are working to solve. Thanks to everyone who joined the discussion, and a special thanks to the organizers for the custom baseball card. After 24 years in quantum computing, I think this might be my first rookie card! ⚾ #SEMICONWest #QuantumComputing #DWave #Semiconductors

I've just published some reflections from CSCMP EDGE 2026 in Nashville, where I had a wonderful opportunity to connect with supply chain professionals, industry leaders, and students. One theme stood out across many of the conversations: optimizing for efficiency alone is not the objective. Businesses increasingly need speed, agility, and resilience to respond to changing conditions. From Roberto Canevari's keynote on Estée Lauder's dynamic value chain to a thoughtful question from a University of Arkansas student, I was reminded that technology is only part of the solution. Bringing people, processes, and technology together is what makes the difference. I share a few observations on these conversations, the growing role of quantum-powered optimization, and a lesson or two from my own logistical challenges in Nashville. Thanks to everyone who made EDGE such an engaging event. #CSCMPEDGE #SupplyChain #QuantumComputing linkedin.com/pulse/my-observ…

There’s no better place to talk about the future of supply chains than being surrounded by the people who manage them every day, so I’m happy to be arriving at CSCMP EDGE 2026 with some exciting news to share. Today, D-Wave and the University of Arkansas are announcing a new partnership to establish a quantum supply chain initiative fund at the Sam M. Walton College of Business. The goal is to bring quantum computing closer to the operational challenges facing the industry while creating opportunities for students to learn about the technology and gain practical experience applying it. The next advantage for supply chains will come from making better decisions, faster, at a scale classical methods struggle to reach. The Sam M. Walton College of Business is in an incredible position to prepare the industry for that shift. Through this initiative, we will give students and researchers hands-on experience applying quantum optimization to real challenges in retail, supply chain management, and contested logistics. I’ll be continuing that conversation tomorrow at CSCMP - Council of Supply Chain Management Professionals, sharing how quantum computing is being applied in supply chain management, transportation, and logistics, and why these applications matter as supply chain networks become increasingly complex. Quantum Optimization for Supply Chain Management and Logistics 📅 Tuesday, Oct. 6 ⏰ 3:30–4:15 p.m. 📍 Magnolia Ballroom If you’re at CSCMP EDGE, I hope to see you there. I’m looking forward to hearing about the hard problems this community is working to solve and sharing what we’re seeing from quantum computing in practice. #QuantumComputing #SupplyChain #Logistics #CSCMP

In case you missed it, Andrei Petrenko and I gave a webinar last month exploring a new toolbox for gate-model quantum computing. I gave an entry-level introduction to error correction, which is essential for gate-model quantum computers, and I shared how error-detection technology can open new possibilities for making error correction more efficient on the path to fault-tolerant quantum computing. If you’re interested in where gate-model quantum computing is headed, check out the video: youtube.com/watch?v=kQJo7Wd-…

Check out my latest article: From Discovery to Production: A Four-Step Framework for Quantum Adoption linkedin.com/pulse/from-disc… via @LinkedIn

The latest episode of Quantum Matters is live, featuring a conversation I've been looking forward to for a long time. For our season finale, I sit down with Dr. Robert Schoelkopf, Chief Scientist at @dwavequantum and a pioneer of gate-model quantum computing. Rob helped invent the transmon qubit that became the industry standard. We talk about the latest innovation in his search for a better qubit, the dual-rail qubit, which detects its own errors at the device level, plus his honest take on quantum hype and where fault-tolerant systems will make their first big impact. ▶️ Watch or 🎧 Listen here: link.cohostpodcasting.com/cd… #QuantumRealized #QuantumComputing #FaultTolerantGate

Wow! Things are starting off with a bang at @Ai4Conferences in Las Vegas today! Other exhibitors are stopping me to ask about #QuantumComputing Come by our booth (730) to meet the team and learn more about the intersection with #AI And come out to my talk: Exploring AI Energy Efficiency and Model Performance with Quantum Computing 📆 Thursday Aug 6 ⏰ 12:20pm 📍 Venetian Ballroom E #QuantumRealized #BeyondClassical #EnergyEfficient @dwavequantum

The latest episode of the Quantum Matters podcast is now live! In this episode I discuss the rapidly evolving intersection of quantum computing and high-performance computing with Professor Dr. Kristel Michielsen, Director of the Jülich Supercomputing Centre. ▶️ Watch or 🎧 Listen here: link.cohostpodcasting.com/cd… #DWave #QuantumRealized #QuantumComputing #HPC #JSC #JUNIQ #JUPITER #Innovation #AI #Optimization

The latest episode of Quantum Matters is live, and this one features my good friend Dr. @trevorlanting, Chief Development Officer at @dwavequantum. ▶️ Watch or 🎧 Listen here: link.cohostpodcasting.com/cd… Building a quantum application platform that supports real-world applications goes well beyond scaling qubit counts in the quantum computers themselves. There’s an entire ecosystem of technologies required to bring useful quantum computing to the world: the cloud infrastructure, software, calibration, control systems, cryogenics, and fabrication that all have to work together before users submit their first problem. In this episode, I speak with Trevor about what goes into bringing these machines online and making them available to users. We get into how applications, software, and hardware evolve together at D-Wave, and we discuss the critical reasons for our dual-platform approach of developing both annealing and gate-model systems to address more of our customers’ toughest problems. Trevor has been building these systems for over 18 years, and his perspective on what it actually takes to deliver customer value with quantum computing is one you won’t want to miss. #QuantumRealized #QuantumComputing #BeyondClassical

Episode 7 of the Quantum Matters podcast covering the convergence of quantum and blockchain technologies is now live! Listen or watch here: link.cohostpodcasting.com/cd… This week I sit down with Rick Carback and @cadillion, co-founders of PostquantLabs, to talk about their contributions to @quipnetwork, a quantum-classical blockchain now live in testnet. Colton and Rick are so good at explaining the concepts that I have a much better understanding of blockchain technology, and I also learned how the Quip Network can help its community understand quantum computing too. We get into how the network uses D-Wave's Advantage2™ annealing quantum computers to compete against GPUs to solve tough optimization problems for the network's "proof-of-useful-work" approach. Early results? Advantage2 makes an important and energy-efficient contribution to the network when it wins blocks against classical approaches. Tune in to learn more! Enjoying Quantum Matters? Let us know! Rate and review wherever you're listening. #QuantumRealized #QuantumComputing #EnergyEfficient #Blockchain @dwavequantum

The World Tech Conference in Milan has been a lot of fun! I got a chance to see Henna Virkkunen open the day discussing the vision for the quantum economy in Europe. I gave a talk in the session covering Quantum Computing Today: Scaling Quantum Systems from Chips to Applications. I really enjoyed this topic because it closely parallels my 23 year career in quantum computing at D-Wave. And we had a lively panel discussing Architectures of Quantum Computation: From Physical Qubits to Scalable Systems where we each made our case for how physical implementation decisions affects the system integration. tl;dr I had fantastic peers on the panel and represented superconducting annealing and gate FTW! #QuantumRealized #EnergyEfficient #QuantumComputing #BeyondClassical

Update from the exhibit floor at International Supercomputing 2026 in Hamburg Germany #ISC2026 #QuantumRealized #QuantumComputing #BeyondClassical