Bluefors

We are thrilled to introduce the next generation of our Gas Handling System. The Gas Handling System forms the beating heart of our systems, and Generation 2 delivers next-level control with unprecedented ease-of-use, class-leading safety and enhanced reliability. It's designed to meet your evolving needs, with extensive new control capabilities and top industrial solutions ready for the quantum future. In addition to the upgraded and redesigned hardware, the all-new Control Software Generation 2 completely reimagines the experience of controlling cryogenic measurement systems, helping users take full advantage of the new capabilities. The software is intelligently automated to make our systems easy to operate, and is expanded with new control interfaces. Advanced data capabilities with full system status logs power built-in diagnostics and test procedures. The new software also enables more expansive remote access than ever before, with multi-device access and real-time monitoring. The next era of cryogenics and quantum technology starts here. Learn more: https://lnkd.in/dDNrJV5R #quantum #cryogenics #CoolForProgress

India is making significant strides in developing its quantum capabilities, with the National Quantum Mission (NQM) serving as a key driver of this advancement. Contributing to this mission, Quantum Transport Lab at the Indian Institute of Science Education and Research, Thiruvananthapuram, researches quantum transport phenomena. We had the privilege of interviewing Dr. Madhu Thalakulam, Associate Professor at the School of Physics, IISER Thiruvananthapuram, to discuss their research. “The outlook of our lab is to study, tailor, and utilize various quantum transport phenomena for improving our understanding of fundamental problems, pushing the limits, and revolutionizing device technology,” he explains. Qtran Lab stands out as as one of the few experimental research groups in India dedicated to solid-state quantum processor development and the only group working on quantum electrical amplifiers. Their three primary research areas include quantum dot spin qubits on silicon platforms, quantum electrical amplifiers, and two-dimensional superconductivity and Van der Waals superconducting circuits. The lab was also the first research group in India to get a Bluefors system. In 2017, the team received their first LD250 and customized the wiring to fit their specific research needs.  All cryogenic microwave filters and low-pass RC and LC filters were designed and fabricated in-house by QTran Lab's highly skilled graduate students. In early 2024, another LD250 system was installed at QTran Lab, with wiring specifically reworked for spin-qubit research. Read our case story to learn how research at QTran Lab is shaping tomorrow’s device technology: https://lnkd.in/dPaPcCSs #quantum #quantumtechnology #quantumcomputing #CoolForProgress

Next week, our team will be in Matsue, Japan, for the 4th International Workshop on Cooling Systems for HTS Applications. The workshop aims to effectively exchange the latest research results, with a focus on cooling technology for high-temperature superconducting application systems. Don't miss our Cryogenic R&D Engineer, Dr. Xihuan Hao, presenting the paper "Development of a High-Cooling Capacity 20K Two-Stage Pulse Tube Cryocooler" on October 25 at 3:30 PM. Be sure to also visit our booth to explore our advanced cooling solutions for high-temperature superconducting applications. For example, the powerful AL630 cryocooler can provide 100 Watts of cooling power at 20 K, and the low-maintenance PT820 cryocooler is well-suited for precooling hydrogen gas for more efficient liquefaction at 20 K. Chat with us to learn about all the different possibilities our Cryomech Cryocoolers offer. Learn more about the event: https://lnkd.in/dkRu4JeY. #cryocoolers #superconductivity #superconductors #Cryomech #CoolForProgress

Advanced quantum device testing processes enabled by our Cryogenic Wafer Prober are paving the way for industrial-level production of high-quality devices in fields like quantum computing and quantum sensing. The CWP system can probe 300 mm wafers at temperatures below 2K, offering throughput up to 100 times faster than commonly used cryogenic chambers. Whether you're working on cryogenic quantum devices, electronics, or detectors, the CWP system delivers unparalleled precision and efficiency with high-throughput and automated wafer handling. This high-throughput testing process opens the door to continued scaling of device production. Elevate your characterization process today with the most advanced solution available. Discover more about the Cryogenic Wafer Prober: https://lnkd.in/dXuh_hhs. #quantum #quantumcomputing #quantumsensing #quantumtechnology #CoolForProgress

We had to pleasure of joining the NYC Quantum Summit this week. A big thank you to Javad Shabani for organizing this fantastic event at New York University, which explored both near- and long-term opportunities in quantum computation and communication! Our Technical Sales Engineer, Tamanna Joshi, PhD, delivered a talk at the event on cryogenics for quantum technology. Our cryogenic measurement systems provide the essential cooling needed in quantum applications. Whether it’s quantum computers, quantum communications, or another quantum technology, we are dedicated to supporting your work in transforming the world. #quantum #quantumtechnology #quantumcomputing #cryogenics #CoolForProgress

A few weeks ago, we celebrated the grand opening of our expanded facilities in Syracuse, New York! Check out this time-lapse to watch the construction progress and see the impressive final result. This expansion has increased our Syracuse footprint by nearly 45%, adding more office space, manufacturing, warehouse, storage, shipping, and receiving areas. With the larger facility, we have more cryocooler testing capacity and are able to double throughput. In an exciting development, it also enables Bluefors to begin manufacturing dilution refrigerators for the first time in the US. We’ve also added a dedicated dilution refrigerator spare parts hub, which will provide faster service and delivery to our customers across the U.S. and Canada, enhancing our Total System Care service offering. #cryogenics #facilityexpansion #Syracuse #cryocoolers #dilutionrefrigerator #Cryomech #CoolForProgress

October brings some exciting events where you can hear Blueforsians sharing their expertise. Next week, we’re proud to sponsor the NYC Quantum Summit at New York University (October 7-8). This invitation-only event will gather thought leaders to explore near- and long-term opportunities in quantum computation and communication, focusing on establishing New York City as a quantum hub. Don’t miss our own Sauli Sinisalo, who will be speaking during the summit! Later this month, from October 23–25, we’ll be in Matsue, Japan, for the 4th International Workshop on Cooling Systems for HTS Applications. Our Cryogenic R&D Engineer, Dr. Xihuan Hao, will present the paper "Development of a High-Cooling Capacity 20K Two-Stage Pulse Tube Cryocooler." Be sure to catch this insightful talk and visit our booth to learn about our advanced cooling solutions for high-temperature superconductors. Stay up-to-date with all our upcoming events here: https://lnkd.in/gBNNehPd #quantum #quantumcomputing #quantumcommunication #superconductivity #superconductors #CoolForProgress

It's been another busy month here at Bluefors, read all about it in our newsletter! Most notably, we celebrated the official opening of our expanded facility in Syracuse, New York. With a 45 % increase in size, it increases the production capacity for Cryomech Cryocoolers and, for the first time in the US, enables the manufacturing of dilution refrigerators at the site. September was also filled with events - and a special shout out goes to the Kelloseppäkoulu (The Finnish School of Watchmaking) celebrating their 80th anniversary. You'll find a full list of events that we are participating in during October at the end of the newsletter.  We're also delighted to support and promote the Olli V. Lounasmaa Memorial Prize 2025, which is now accepting nominations for contributions in the field of low-temperature physics. Lastly, be sure not miss our case story on Photonic Inc., and how they aim to build a resource-efficient, error-corrected, and scalable quantum computing platform using familiar silicon technology. #cryogenics #quantumtechnology #quantum #quantumcomputing #CoolForProgress

The first-ever Adaptive Quantum Circuits conference was held last week, a big thank you to everyone who made this inaugural conference a success! We had the privilege of connecting with leading minds in quantum research, exchanging ideas on adaptive quantum circuits and their practical applications. As a proud diamond sponsor and exhibitor, Bluefors was honored to contribute to the conversation. Our CTO, Dr. David Gunnarsson, shared insights on Bluefors' pivotal role in the quantum ecosystem. See you at the next edition! #AQC24 #QuantumComputing #CoolForProgress

This week, we had the pleasure of hosting representatives from the National Institute of Advanced Industrial Science and Technology (AIST) at our Helsinki facility to witness the production of their new KIDE Cryogenic Platform. It was a pleasure to welcome our valued Japanese customers, whose dedication to quantum research continues to drive innovation and breakthroughs in this cutting-edge field. AIST’s Global Research and Development Center for Business by Quantum-AI Technology (G-QuAT) develops advanced convergence computational technology by utilizing quantum computing technology and classical computing technology. Their initiatives focus on real-world use cases for quantum computing, standardizing evaluation methods for high-performance materials, and advancing quantum device development to build a global business ecosystem addressing critical economic and social challenges. Thank you for the inspiring visit! #quantum #quantumtechnology #quantumcomputing #Cryogenics #AIST #CoolForProgress