D-Wave Sets 2026 Quantum Conference in Florida, Highlighting Push for Real-World Adoption

D-Wave
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Insider Brief

  • D-Wave will hold its annual user conference, Qubits 2026, on January 27–28, 2026, in Boca Raton, Florida, highlighting growing commercial demand for practical quantum computing.
  • The event will showcase updates to D-Wave’s hybrid quantum-classical systems, annealing technology, and upcoming gate-model platforms, with a focus on optimization and AI-driven workloads.
  • D-Wave’s more than 4,400-qubit Advantage2 processor and its dual-track hardware strategy will anchor technical demonstrations, enterprise case studies, and discussions on real-world performance gains.

D-Wave is widening its commercial footprint as demand accelerates for practical quantum computing solutions, announcing that its annual user conference, Qubits 2026, will be held January 27–28, 2026, in Boca Raton, Florida. The move underscores how the state—long associated with aerospace, telecom, and early personal-computing breakthroughs—is increasingly becoming a backdrop for emerging quantum activity.

Qubits 2026 will spotlight the company’s progress in hybrid quantum-classical systems and unveil updates across both its annealing technology and its forthcoming gate-model platforms. The event will bring together enterprise users, researchers, and public-sector leaders to examine quantum’s role in solving complex optimization and AI-driven workloads—fields where companies are beginning to report measurable gains.

To register for Qubits 2026 visit: https://qubits.com

Introducing TQI 2.0Introducing TQI 2.0

Workshops and sessions will cover optimization, manufacturing, drug discovery, AI workflows, and hybrid quantum-classical methods. Notable speakers include representatives from Anduril, AT&T, Davidson Technologies, Lighthouse DIG, North Wales Police, PolarisQB, Q-Alliance, Quantum Coast Capital, TECNALIA, Unissant, Verge, and others. Experts from leading research institutions such as Florida Atlantic University, Florida State University’s MagLabs, George Mason University, Jülich Supercomputing Centre, the Jožef Stefan Institute and Nanocenter, Los Alamos National Laboratory, TRIUMF, and the University of Minnesota will also present.

“D-Wave continues to set the pace in quantum computing, delivering real impact for customers today while advancing technologies that will define the future,” said Dr. Alan Baratz, CEO of D-Wave. “Qubits 2026 will convene our incredible community of innovators, trailblazers, and problem solvers to showcase how quantum’s promise is starting to transform the world.”

D-Wave’s Advantage2 processor—a more than 4,400-qubit annealing system—sits at the center of the company’s argument that quantum computing is shifting from theoretical milestones to operational use cases. The company’s dual-track hardware strategy, spanning both annealing and gate-model systems, distinguishes it in an industry where most competitors pursue only one architecture.

The conference will feature technical demonstrations, customer case studies, and discussions on integrating quantum tools into existing enterprise pipelines. Analysts note that as businesses face increasingly complex computational demands, measurable performance improvements—rather than speculative future breakthroughs—are becoming the key metric for evaluating quantum technologies.

As global competitors advance their own roadmaps, D-Wave is betting that demonstrable, real-world performance will drive the next phase of adoption. Qubits 2026, the company says, will be its most expansive showcase of that philosophy to date.

Florida, meanwhile, continues laying groundwork of its own. The recently announced Florida Quantum Initiative reflects the state’s growing interest in supporting next-generation technologies, adding another indication that the region aims to play a modest but meaningful role in the nation’s emerging quantum landscape.

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MENTIONED IN THE ARTICLE

D-Wave Quantum
CompanyUnited States · 101-500 FTEs

D-Wave Quantum is a pioneering dual-platform quantum computing company that partners with aerospace organizations to solve complex logistical, defense, and satellite challenges. Founded in 1999, the company’s quantum annealing technology is utilized by industry leaders like Lockheed Martin to optimize aircraft networks, improve manufacturing efficiencies, and support critical national security initiatives.

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Quantum Coast Capital
InvestorUnited States · 11-50 FTEs

Quantum Coast Capital (QCC) stands at the vanguard of quantum computing investment, poised to harness the transformative potential of this emergent technology. As a venture capital firm, QCC's mission transcends mere financial investment; it is committed to directing capital toward the planet’s most transformative and pivotal applications, especially those that harness the revolutionary capabilities of quantum computing.

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Florida Atlantic University
UniversityUnited States · 1001-5000 FTEs

Florida Atlantic University, a public research institution, has its primary campus situated in Boca Raton, Florida. Additionally, it has satellite campuses in Dania Beach, Davie, Fort Lauderdale, Jupiter, and Fort Pierce. The university is affiliated with the State University System of Florida.

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Florida State University
UniversityUnited States · 5001-10000 FTEs

Florida State University is a public research university with strengths in science, engineering, computing, and physics. It conducts interdisciplinary research and collaborates with academic, government, and industry partners to advance scientific discovery and technology innovation.

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George Mason University
UniversityUnited States · 5,001-10,000 FTEs

George Mason University, situated in Fairfax County, Virginia, is a publicly funded research institution. It was initially established in 1949 as a branch of the University of Virginia serving Northern Virginia. In 1959, it was named after Founding Father George Mason, and in 1972, it gained independence and became its own university.

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Jülich Supercomputing Centre (JSC)
Group & CenterGermany · 5001-10000 FTEs

The Jülich Supercomputing Centre (JSC) is a research center located in Jülich, Germany, that provides leading-edge supercomputer resources, IT tools, methods, and know-how. The center has approximately 250 experts working on all aspects of supercomputing and simulation. The JSC is part of the John von Neumann Institute for Computing (NIC) and the Gauss Centre for Supercomputing (GCS). The JSC is also home to the Jülich Unified Infrastructure for Quantum Computing (JUNIQ), which is a uniform quantum computing Platform as a Service (QC-PaaS) that offers European users support and access to quantum computer emulators and quantum computing technologies of different types and levels of technological maturity. JUNIQ will integrate quantum computers in the form of quantum-classical hybrid computing systems into the modular HPC environment of the Jülich Supercomputing Centre. They operate a quantum annealer with more than 5,000 qubits as part of JUNIQ, making them the first site in Europe to operate a latest-generation system by the Canadian manufacturer D-Wave. The JSC collaborates with renowned hardware and software vendors like IBM, Intel, NVIDIA, and ParTec to meet the challenges that arise from the development of exaflop.

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Los Alamos National Laboratory
GovernmentUnited States · 10001+ FTEs

Los Alamos National Laboratory (LANL) is a U.S. national security laboratory in New Mexico. Founded in 1943 to develop the first atomic bombs during the Manhattan Project, it holds a significant role in aerospace, developing space-based sensors, instruments, and plutonium-238 heat sources for NASA missions, spanning over 60 years of space-based research.

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