Quantum Collaborative

It’s a “new home page” kind of day – know what we mean? ✨ If you haven’t checked out the Quantum Collaborative website lately, you’re missing out! We’ve added a fresh layout and a new video on the home page. You’ll also find updated sections on our mission, collaborations, the importance of quantum and our six cutting-edge research areas. While you’re browsing, be sure to also stop by the Partnerships page, which was overhauled over the summer. Take a look and let us know what you think! 👉https://lnkd.in/gdPkRCfV ASU Knowledge Enterprise

Quantum circuits are crucial for advancing #quantum computing, but building and testing them has often required access to advanced systems—until now. A new study co-authored by Torey Battelle, PhD demonstrates how researchers can simulate large-scale quantum circuits, like those in Google’s specialized experiments, using widely available classical computing tools. By leveraging the Quantum Rings SDK, a commonly used quantum simulator, the team made it possible to build, debug, and execute complex circuits with accuracy comparable to actual quantum hardware. Their simulations achieved an impressive XEB score of 0.678—a measure of how closely they matched ideal quantum results—and outperformed some current quantum systems. Even better, these simulations can be run on classical computers accessible to many developers, bringing a capability dominated by tech giants within reach for the broader quantum community.   This work opens new doors for researchers and developers to refine quantum circuits, create new algorithms, and explore commercial applications without waiting for the best quantum computers to become widely available. Congratulations to Torey for co-authoring this work by Venkateswaran Kasirajan and Bob Wold! Read their study on the Cornell University website: https://lnkd.in/gnhZH_TW #QuantumComputing #QuantumResearch ASU Knowledge Enterprise

Exciting moments at #SC24! 🚀 Supercomputing is at the forefront of advancements in quantum information science and technology, driving progress in areas like computation, simulation and data analysis. The Quantum Collaborative is thrilled to be part of this year’s Supercomputing Conference in Atlanta this week, connecting with global innovators and showcasing our presence with a dedicated booth. One highlight from the event pictured: Torey Battelle, PhD, a key leader in Quantum Collaborative, was interviewed at our booth by Arizona State University graduate student Nikhitha Poornabodha. Their conversation explored the critical intersections of supercomputing and quantum research, emphasizing the power of collaboration to drive discovery. If you’re attending SC24, stop by to connect with us and join the dialogue shaping the future of technology! #Supercomputing #QuantumTech #QIST Douglas Jennewein, Marisa Brazil, Stephany Esquivel, MS, ASU Knowledge Enterprise

Quantum technology is poised to change everything. But how do we ensure its responsible development and governance? Gary Marchant, Regents’ Professor of Law and Director of Arizona State University’s Center for Law, Science and Innovation, is using 25 years of experience to tackle this challenge. Drawing on lessons from past technologies like AI and nanotech, Prof. Marchant and his team are building a roadmap for the future of quantum governance. 🔗 Read the full article to explore the insights and recommendations shaping this cutting-edge field: https://lnkd.in/ejmjqmBK #QuantumTechnology #Governance #ResearchInnovation Douglas Jennewein, Sean Dudley, Torey Battelle, PhD, Marisa Brazil, Stephany Esquivel, MS, Samantha Adams Becker

The future of #quantum science is promising, but that future hinges on building the workforce needed to sustain it. That’s why we’re excited to share that David Liu (Purdue University) and Houlong Zhuang (Arizona State University) have been awarded $300k for a two-year pilot program focused on training students in quantum science. Funded by the NSF CyberTraining initiative, Liu, Zhuang and ASU collaborators Douglas Jennewein, Marisa Brazil and Torey Battelle, PhD will teach undergraduates, graduates and researchers the fundamentals of quantum computing, with an emphasis on materials science and chemistry. Participants will gain hands-on experience with state-of-the-art IBM quantum hardware and NVIDIA GPU-based simulators through virtual sessions and immersive summer schools, held at Purdue and ASU. These summer schools will feature open forums for participants to discuss quantum science concepts in a more accessible way – demystifying the field and expanding curiosity. The goal? To help develop a diverse, quantum-ready workforce capable of filling vital jobs that advance quantum technologies, promote national security and strengthen economic growth. We’re proud of all involved! ASU Knowledge Enterprise National Science Foundation (NSF) #workforcedevelopment #quantumcomputing

Torey Battelle, PhD joined quantum leaders from around the world last week at Quantum World Congress, where the latest innovations and global collaborations in quantum technology were celebrated front and center. The event, held in Washington, DC, showcased global cooperation, quantum tech advancements, and partnerships that are reshaping industries. Highlights included Quantinuum’s exciting plans to deliver a fault-tolerant quantum computer by 2029 and insights on the future of the Quantum Internet, shared by Saikat Guha. The Department of Defense also presented fascinating trends on quantum investments, including the vital role international partnerships play in advancing quantum technologies. Additionally, Microsoft Azure shared a partnership with Quantinuum and Atom Computing to explore advanced methods in quantum computing. Exciting collaborations like these continue to drive innovation and bring us closer to realizing the full potential of quantum tech. We’re thrilled Torey could be a part of such pivotal conversations! Check out some of her photos below. #QuantumWorldCongress #QIST #Quantum #QWC2024 ASU Knowledge Enterprise

Big news from our Senior Director of Quantum Networking, Joseph Lukens! Joe is teaming up with Sandia National Laboratories to push the limits of quantum technology. Their goal? To make optical #quantum systems smaller and more efficient by combining light-based technologies with microelectronics. This means they’re working to shrink down the large and complex setups used in optical quantum research today into tiny, chip-sized devices. This could make quantum communications not only more powerful but also easier to produce and use on a larger scale. Thanks to this partnership, they’ve secured $17 million in funding to take their work to the next level. This project, part of Sandia’s Grand Challenge program, is a major step toward making quantum networks a reality. We’re excited to see how this work is driving innovation and shaping the future of what quantum can do. Read more in the articles below: https://lnkd.in/g-HmRjJr https://lnkd.in/gBZ7R3_H #Quantuminnovation #Photonics ASU Knowledge Enterprise

At the Quantum Collaborative, we’re big fans of work that makes a real-world impact. Today, we get to celebrate Andreas Spanias’ upcoming sustainable energy research as a 2024-2025 Fulbright Scholar. 🙌 Spanias, a professor of electrical engineering at the Ira A. Fulton Schools of Engineering at Arizona State University and the director of ASU-SenSIP, is one of nine ASU faculty selected to conduct research abroad through the US Fulbright program. In this role, Spanias will partner with faculty members at Saints Cyril and Methodius University in Skopje, North Macedonia, to improve rooftop solar energy systems using AI and machine learning. His goal is to develop algorithms that can detect system issues and optimize performance by measuring solar irradiance, electrical, and weather data. Additionally, Spanias will be conducting seminars and outreach throughout the Balkans to inspire scientists and university students to continue learning about solar energy systems. Read more at ASU News: https://lnkd.in/gwtzGdrT #FulbrightScholar #AI #Solarenergy ASU Knowledge Enterprise

Recently, Gil Speyer traveled to Providence, Rhode Island, to present our work on #quantum optimization using Sol – Arizona State University's top-500-ranked supercomputer – at the 1st Workshop on Broadly Accessible Quantum Computing. This workshop, part of #PEARC24, explored how quantum technologies can be integrated into traditional research computing facilities, offering new opportunities and solutions for the broader computing community. Gil’s presentation showcased Quantum Collaborative’s efforts in leveraging quantum optimization, which uses quantum algorithms to solve complex problems more efficiently than can be done with classical approaches, with the broad goal of advancing research and technology. Great job, Gil! 👏 ASU Knowledge Enterprise

What happens when machine learning meets quantum physics? Look no further than Professor Ying-Cheng Lai's recent research at Arizona State University. For over 30 years, Prof. Lai has explored the mysteries of complex quantum systems. His latest challenge? Mastering the elusive phenomenon of entanglement, where particles remain interconnected regardless of distance—a critical component for #quantum computing and secure communications. By leveraging #machinelearning, Lai’s team is pioneering new methods to control and stabilize entanglement. Their adaptive approach, which learns and evolves in real time, promises to make quantum technologies more practical and reliable. Read about his research into quantum control: https://lnkd.in/gx2ZZe24 ASU Knowledge Enterprise Douglas Jennewein, Torey Battelle, PhD, Marisa Brazil, Sean Dudley, Stephany Esquivel, MS, Joseph Lukens