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FROM THE EDITOR.
I had no idea Utah’s state nickname was the Beehive State.
Whatever the state current nickname is, Utah earned a lot of buzz in the quantum hive this week for its honey of a program to sweeten the pot for the state’s quantum industry.
Utah Gov. Spencer Cox signed an executive order establishing the Utah Quantum Initiative with a goal of accelerating quantum statewide.
The quantum industry might not be the first name you think of when you think about Utah, but it has all the right elements — fine academic institutions, a smart and trainable workforce, a gift of entrepreneurship and a resourceful citizenry.
And that makes Utah a sweet spot for quantum.
Read more below. Don’t be afraid, I think I’m out of bee puns.
Have a wonderful weekend.
— Matt, Chief Content Officer at The Quantum Insider
— Krista Elliott, Narrative Content Strategist at The Quantum Insider
Check out this week’s handpicked quantum research studies and news focusing on real-world impact: improving accuracy, reducing latency, using fewer resources, or solving problems that classical methods struggle with.
An international team from the Max Planck Institute for the Science of Light, the Max Planck Center for Extreme and Quantum Photonics, and the University of Ottawa demonstrated that ordinary sunlight, not a laser, can drive the process that produces entangled photon pairs. The team built a solar concentrator, a glass cone paired with a large sun-tracking Fresnel lens, that collects sunlight over 1.4 square meters and funnels it down into a fiber as thin as a human hair, concentrated enough to drive spontaneous parametric down-conversion inside a nonlinear crystal. The resulting photon pairs showed polarization entanglement with nearly 94% fidelity, and their correlations violated Bell's inequality, confirming the entanglement was genuinely quantum rather than a classical artifact.
Three separate research teams have moved quantum voting protocols out of pure theory and into laboratory demonstrations, using quantum mechanics to try to guarantee ballot secrecy while still letting the result be verified. Two experiments used entangled photons for elections involving up to eight voters, while a third demonstrated a two-voter quantum voting system across 50 kilometers of optical fiber. Major challenges including scalability, noise, hardware reliability, voter authentication and coercion resistance remain before quantum voting could be practical for real-world elections.
Physicists at the University of Illinois Urbana-Champaign and the University of Chicago have experimentally realized a decades-old theoretical prediction: that dissipation, the same energy leakage normally blamed for destroying delicate quantum states, can instead be engineered to generate and sustain entanglement between two superconducting qubits.
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Quantum Headlines.
What do Guelph, Ontario and Talahassee, Florida have in common?
(Hint: It’s definitely not the weather.)
University of Guelph and Xanadu signed an MOU to build curriculum around tools like PennyLane. Meanwhile, Florida State launched the first formal graduate credential in quantum science and technology in the state.
And it all couldn’t happen a moment too soon.
The quantum computing workforce development story is very different from AI’s. With AI, it’s mostly been about accessibility and breadth, with short-term programs aimed at raising a floor across jobs that already exist. The specialist roles, like “prompt engineering” largely fizzled.
Quantum doesn't get that shortcut. The people who understand cryogenic control systems, error correction, or how to build a circuit in PennyLane are few and far between. And the learning curve for many roles is both steep and long. (A Udemy course or helpful chatbot ain’t gonna cut it.)
It’s great to hear that Guelph, Florida State, and others are doing their best to turn that bottleneck into a pipeline.
— Krista Elliott, Narrative Content Strategist at The Quantum Insider
The University of Guelph and Xanadu have signed an MOU to collaborate on quantum computing education, curriculum development, and workforce preparation. The partnership will focus on sharing resources, supporting research opportunities, and introducing students to quantum computing tools such as Xanadu’s PennyLane framework.
Quantum Australia reported that its national programs generated $83.1 million in estimated economic value over five years while supporting new commercial activity in the quantum sector. The organization said its programs helped create 15 quantum companies, establish 110 industry-research partnerships, and facilitate more than $50 million in grant funding for quantum use cases.
D-Wave received up to CAD $300,000 from Canada’s National Research Council to develop software aimed at expanding the capabilities of its Advantage2 annealing quantum computers. The project will develop new graph minor-embedding algorithms for D-Wave’s Zephyr topology and integrate them into the company’s open-source Ocean software development kit.
Florida State University launched a Graduate Certificate in Quantum Science & Technology, becoming the first formal graduate-level quantum information science and engineering credential in Florida. The interdisciplinary program combines courses in quantum physics, materials science, chemistry, computer science, and engineering for graduate students and professionals.
Other News:
GLOBAL QUANTUM + AI CHALLENGE!
The Global Quantum + AI Challenge is an international initiative designed to move quantum research closer to industrial use. In partnership with enterprises, technology providers, startups, and research teams, the program focuses on real-world problems where quantum computing may eventually create practical value, with AI and high-performance computing serving as key tools for testing, benchmarking, and deployment.
This week’s featured challenge comes from Airbus, which is seeking new approaches to predictive aerodynamic modeling. Accurately forecasting aerodynamic flows requires solving partial differential equations using state-of-the-art HPC, but current methods still face scaling limits and continued reliance on expensive wind tunnel testing under demanding acceleration and Mach conditions. Airbus is looking for more efficient PDE solvers that could help future product solutions meet strict quality, performance, and environmental requirements.
Teams working in quantum algorithms, hybrid quantum-classical workflows, scientific machine learning, computational fluid dynamics, or quantum-inspired optimization are encouraged to take part. Phase I concept proposals are open until 15 September 2026.
Sign up now to participate in the Global Quantum + AI Challenge and help turn quantum research into industrial outcomes.
EDITOR’S SPOTLIGHT.
➡️ Utah Gov. Spencer Cox established the Utah Quantum Initiative to coordinate research, commercialization, workforce development and advanced manufacturing across the state.
➡️ The initiative will create a Quantum Coordination Council bringing together state government, universities and industry to develop a statewide strategy and compete for private and federal investment.
➡️ Utah plans to build around existing strengths in quantum sensing, photonics, semiconductor manufacturing and high-performance computing rather than attempting to create a quantum ecosystem from scratch.
➡️ The strategy links quantum development with established Utah industries and institutions, including aerospace, defense, life sciences, Hill Air Force Base and Dugway Proving Ground.
➡️ The initiative follows increased federal attention to quantum technology and calls for Utah to coordinate its pursuit of federal funding, strengthen domestic supply chains and develop a quantum-ready workforce.
➡️ Utah joins a growing number of states treating quantum technology as an economic-development opportunity, adding another layer of competition to the emerging U.S. quantum ecosystem.
Commentary:
There was a lot of buzz in the quantum hive this week. And a lot of the buzz emanated from Utah.
Gov. Spencer Cox signed an executive order establishing the Utah Quantum Initiative, putting quantum computing, sensing and related technologies squarely within the state's economic-development strategy. The plan brings together universities, government agencies, manufacturers and businesses under a Quantum Coordination Council charged with figuring out how Utah can turn its existing capabilities into a more coherent quantum ecosystem.
Utah isn't announcing plans to build a quantum computer or construct a billion-dollar quantum campus. Instead, the state is looking at assets it already has — research universities, semiconductor manufacturing, photonics expertise, high-performance computing, aerospace and defense facilities and a substantial life-sciences industry — and asking how those pieces might fit into the emerging quantum economy.
That strikes me as an increasingly important development in the maturation of the quantum industry.
For much of the past decade, the geographic competition around quantum has centered on a relatively small collection of established hubs. Boston, Chicago, Colorado, California and the Washington, D.C., region have developed recognizable quantum clusters, while states including New Mexico have made substantial efforts to establish themselves as destinations for quantum companies and investment.
But quantum is becoming an economic-development issue well beyond those established centers.
And I can think of one solid reason for that. The quantum industry is much broader than quantum computers themselves. A functioning ecosystem could eventually require photonics, cryogenics, control electronics, specialized semiconductors, sensors, networking equipment, advanced materials, software and precision manufacturing. It will also need technicians, engineers and other workers who may never write a quantum algorithm.
That gives states an opportunity to participate without necessarily becoming the next Silicon Valley of quantum computing. But if that happens, that’s OK, too.
Utah's approach reflects this ever-solidifying reality. The state's semiconductor and electronics manufacturers could potentially supply components to quantum companies. Its universities already conduct research relevant to quantum sensing, photonics and materials. Its defense infrastructure could provide places to test sensing, timing and communications technologies. And its life-sciences sector provides another possible customer base if quantum computing eventually becomes useful for molecular simulation and drug discovery.
And that means there are a lot of use cases in Utah, one might add.
The harder work will come next as Utah begins to identify which of its capabilities provide genuine competitive advantages, attract companies and capital, train workers and convert university research into commercial activity. It will also be competing against states and regions pursuing many of the same companies, researchers and federal dollars.
The initiative at least acknowledges that challenge. By March 2027, its Quantum Coordination Council is expected to produce a statewide landscape report mapping Utah's research infrastructure, manufacturing capacity and workforce assets. That exercise could prove more valuable than simply declaring Utah a future quantum hub because it should reveal where the state actually has strengths — and where the gaps remain.
This is also a good reminder for the entire quantum industry that as quantum technology develops into a substantial commercial sector, it probably won't be concentrated in one or two places. Different regions are likely to specialize according to the industries, research institutions and manufacturing capabilities they already possess. One state might excel in sensing, another in photonics, another in fabrication and another in software or quantum computing itself.
That means the next stage of America's quantum race may increasingly be a race among states as well as companies.
Utah has now officially entered it. The challenge will be turning all that buzz into honey.
DATA SPOTLIGHT.
PacketLight Networks and NEC demonstrated quantum key distribution over a 400G dense wavelength division multiplexing (DWDM) network using a dual-fiber setup. They integrated NEC’s QKD system with PacketLight’s PL-4000M 600G Muxponder, achieving 100% data throughput and low latency, verified via a 100GbE tester. The QKD ran over a dedicated parallel fiber, maintaining quantum signal integrity. The result: a cost-effective, scalable quantum-safe model with zero performance tradeoffs on existing high-capacity infrastructure.
EVENTS.
August 18-20 -- UK Quantum Hackathon 2026 will take place at the University of Warwick.
August 20 -- Rethinking Energy Demand Forecasting with Quantum Machine Learning will take place virtually, presented by WISER in partnership with E.ON.
August 24-28 -- AQIS 2026 will take place at KAIST in Daejeon, Korea, hosted by the Graduate School of Quantum Science and Technology.
August 31-September 4 -- EQAI 2026: European Summer School on Quantum AI will take place in Lignano Sabbiadoro, Italy.
September 15 – Quantum Leap Career Nexus 2026 will take place at the University of Maryland.
September 9-10 -- Rice Quantum Frontiers Summit will take place at Rice University in Houston, Texas.
September 9-10 -- Q2B Copenhagen 2026 will take place in Copenhagen, Denmark.
September 23-25 -- Quantum World Congress 2026 will take place at The Hotel at the University of Maryland in College Park, Maryland.
October 1 -- Quantum in Business (QiB) Conference will take place at The Westin Chattanooga in Tennessee and will be hosted by EPB Quantum.
October 7 -- City Quantum & AI Summit will take place at Mansion House in London.
October 20-22 -- NVIDIA GTC Berlin 2026 will take place in Berlin, Germany.
November 17-18 -- World Quantum Cannes Festival will take place at the Palais des Festivals in Cannes, France.
FEATURED RESOURCE.
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The Quantum Insider
Editor: Matt Swayne
Contributors: Krista Elliott
