Bluefors

Next stop: Superconducting Qubits & Algorithms (SQA) 2026 in Gothenburg, Sweden!   SQA Conference brings together hardware engineers, theorists, and system architects to explore the technologies and innovations advancing superconducting qubit platforms and quantum computing.   Meet our team, Mikko Leivo, Ben Hasselblatt, Vojko Kunej, and Salla Kelorita, at our booth, and learn about quantum infrastructure for scaling superconducting qubit platforms.   Also, don't miss Massimo Borrelli's presentation, "What is the maximum control line density in a superconducting quantum computer?" Taking place on Friday, August 28 during Session 10: Towards Scalable Computing, the talk will present research outlining a dense control architecture for future large-scale quantum processors.   We look forward to seeing you there!   #SQA2026 #QuantumComputing #QuantumTechnology #SuperconductingQubits #CoolForProgress

From new leadership appointments to quantum computing deployments, this summer has brought exciting developments from Bluefors and across the wider quantum technology community. In our latest newsletter, you'll find a recap of the highlights: 🔹Greg Parker joining Bluefors as President, Cryocoolers 🔹Janne Nieminen appointed as Vice President, DR Operations & Supply Chain 🔹The opening of the new Qblox Spin Qubit Lab in Delft 🔹Oak Ridge National Laboratory's deployment of the Pathfinder quantum computer 🔹Preparing the next generation of quantum professionals at the University of Oregon 🔹An interactive 3D model of a Bluefors dilution refrigerator 🔹Upcoming events around the world Read the full stories in the newsletter. #quantumtechnology #quantumcomputing #cryogenics #CoolForProgress

A great example of quantum workforce development in action. 👏 Through QuantrolOx's two-week program, students gained exposure to everything from QPU assembly to cryogenic systems and measurement workflows, learning by doing, not just by studying theory.   The Bluefors Lab in Delft provided the setting for this practical training, giving students the opportunity to work with the cryogenic infrastructure and technologies that underpin real quantum applications. #CoolForProgress

The future of the quantum industry depends on a workforce ready to build and operate quantum hardware. The University of Oregon is equipping students with the skills to do just that.   In the Quantum and Nanotechnology track of its Applied Physics Master's Program, students combine classroom learning with hands-on training. They gain practical experience with the hardware, tools, and workflows used throughout the quantum industry.   Rather than following only the traditional path of specialization through a PhD program, graduates leave with practical skills that enable them to contribute immediately in industry and research environments.   The impact of the program is already visible. During the program's first year, students secured internships with Rigetti Computing, the Air Force Research Laboratory, and the Okinawa Institute of Science and Technology, gaining hands-on experience and launching their careers in quantum.   Since then, the program has expanded and students have gone on to opportunities at a growing number of organizations across the quantum industry. This year, Bluefors also welcomed a trainee from the program to our Quantum Applications team.   In this video, produced by The Quantum Insider, University of Oregon Research Assistant Professor Nik Zhelev, director of the program, discusses the importance of hands-on training, industry-focused education, and preparing the next generation of quantum professionals.   Featured alongside Nik are Stephanie Howell, a PhD student studying the effects of materials and defects on superconducting qubit coherence, and Khubilai B., a student from the program who is preparing to begin a PhD in Electrical Engineering at the University of Nevada, Reno.   Read the full case story to learn how hands-on training is helping strengthen the future quantum workforce: https://lnkd.in/ds7z7A7n   #QuantumTechnology #QuantumComputing #Cryogenics #QuantumEducation #WorkforceDevelopment #CoolForProgress

Bluefors is delighted to announce that Greg Parker has become President, Cryocoolers, effective today. In his new role, Greg will lead the Cryocoolers business based in Syracuse, New York, and become a member of the Bluefors Group Leadership Team. He succeeds Rich Dausman, who has decided to retire after an exceptional 50-year career and will remain with Bluefors through September 30, 2026, to support a smooth transition. Greg Parker brings more than 20 years of leadership experience across industrial, technology, automotive, and aerospace sectors. Most recently, he served as Director of the HIS Business Unit at Marquardt for the Americas, where he held P&L responsibility for a portfolio of advanced sensors, switches, and electronics. “I’m excited to join Bluefors and the Syracuse team. From my first conversations, it’s been clear that this is a company with exceptional people, innovative technology, and a bright future. I’m honored to have the opportunity to build on the strong foundation Rich has created and look forward to helping drive our next chapter of growth together,” Greg says. As President, Greg will have full responsibility for the Cryocoolers business and its continued growth and performance. He will also play an important role in strengthening collaboration across the global Bluefors organization while supporting the company's commercial and operational development. Bluefors CEO Kim Povlsen welcomes Greg Parker to the company. "Greg brings a strong combination of commercial leadership, operational experience, and a proven ability to lead organizations through growth and transformation. His customer-focused approach and proven track record of building high-performing teams make him well positioned to lead our Cryocoolers business into its next chapter,“ Kim says. “At the same time, I would like to thank Rich for his remarkable contributions over the past five decades. His deep expertise, commitment to customers, and dedication to his teams has helped build the strong foundation on which we continue to grow today." https://lnkd.in/dSEBcanD #CoolForProgress

Scaling quantum technologies requires efficient ways to characterize growing numbers of chips at cryogenic temperatures.   Traditionally, devices are characterized individually at cryogenic temperatures after fabrication. However, as advances in fabrication enable hundreds of chips to be produced on a single wafer, this approach can become a significant bottleneck. As a result, there is a growing need for higher-throughput characterization methods.   Wafer-level cryogenic characterization enables researchers and engineers to evaluate more devices earlier in the development process, helping identify promising designs faster and better understand how fabrication choices affect performance at operating temperatures.   The Cryogenic Wafer Prober supports this need by enabling high-throughput characterization at temperatures below 2 K on wafers up to 300 mm.   See how leading organizations are leveraging cryogenic wafer probing to characterize devices at scale: 🔹 Intel demonstrated wafer-scale cryogenic testing of spin qubits: https://lnkd.in/d6qu_qVA   🔹 Fraunhofer IAF uses a cryogenic on-wafer prober to evaluate qubit quality: https://lnkd.in/dB2_cpn5   🔹 Commissariat a l'Energie Atomique et aux Energies Alternatives is leveraging cryogenic wafer probing for high-speed testing of quantum systems: https://lnkd.in/dMYaqsWs   #QuantumComputing #QuantumTechnology #CryogenicWaferProber #Cryogenics #CoolForProgress

How are dilution refrigerators enabling today's quantum and low-temperature research?   Our YouTube playlist brings together insights from researchers using Bluefors dilution refrigerators to explore everything from quantum computing to cosmology.   Hear directly from the people pushing the boundaries of science and see how cryogenic measurement systems support their work.   🎥 Watch the playlist: https://lnkd.in/ey-H5J7P   #QuantumTechnology #Cryogenics #Research #CoolForProgress

Thank you, #SpinQubit7!   It was great to spend last week in Delft connecting with researchers, discussing the latest developments in spin qubits, and learning about the work shaping the future of quantum computing.   A highlight of the week was the Qblox community event, where we celebrated the opening of the new Qblox Spin Qubit Lab. This full-stack testbed for spin-qubit control combines Bluefors cryogenic measurement system, SemiQon quantum devices, Qblox control electronics and software, and QuantrolOx automation to streamline the path from cooldown to a fully operational qubit. The Spin Up Summer Fest also featured a panel discussion on turning spin qubit lab breakthroughs into real-world systems, with Bluefors' Satyaki Sasmal sharing insights alongside fellow experts.   We enjoyed the many discussions throughout the week and look forward to continuing to work with the community to advance spin qubit research.   #SpinQubit7 #QuantumComputing #QuantumTechnology #SpinQubits #Cryogenics #CoolForProgress

This week, Bluefors participated in the 2026 Quantum Technology Showcase on Capitol Hill, organized by the Quantum Economic Development Consortium (QED-C®), joining leaders from across the quantum ecosystem to engage with U.S. policymakers, federal agencies, and industry stakeholders. The event highlighted the growing importance of quantum technologies for economic competitiveness, innovation, and security, while fostering discussions on the practical challenges of scaling the industry, including supply chains, workforce development, and access to quantum computing resources. At Bluefors, we are proud to support the advancement of quantum technologies by providing the infrastructure that researchers, developers, and technology leaders rely on to operate quantum systems at ultra-low temperatures. As the quantum industry continues to grow, collaboration across industry, government, and academia will be essential to turning scientific progress into real-world impact. Thank you to QED-C for bringing the quantum community together and creating opportunities for dialogue on the future of quantum innovation. 📸 : Capitol Hill Photo #QuantumTechnology #QuantumComputing #Innovation #QEDCShowcase #QuantumOnTheHill #CoolForProgress