News and events

It’s our favorite day of the year: #WorldQuantumDay! Every year, April 14th is dedicated to recognizing and promoting global awareness of Quantum Information Science and Technology (QIST) – a field

Top researchers convene at ASU-led summit to advance the big developments in quantum technologies Imagine a future where quantum science could help us tackle major global challenges like food insecurity,

Quantum technology is on the cusp of revolutionizing our daily lives, impacting everything from communication and sensing to security and computing. At the forefront of this transformation are Joseph Lukens,

Quantum technologies involving sensing, networking, and computing are beginning to transform areas as diverse as health, geology, astrophysics, materials science, and finance. To realize the field’s potential, the United States must begin developing a quantum information science and technology (QIST) workforce that can meet the demands of industry, academia, government, and national laboratories.

The quantum technologies emerging today have the potential to transform the world. More powerful computer processing, complex problem-solving and secure communication could change everything. 

As the Associate Director of the Research Technology Office at ASU’s Knowledge Enterprise, I had the opportunity to attend the Quantum World Congress 2023 in Virginia, which proved to be an enlightening

The Quantum Collaborative, led by Arizona State University, has partnered with the Research and Economic Development department at University of Wyoming to accelerate progress in quantum research, technology and education. University of Wyoming joins a growing community of industry, academic and national laboratory partners.

Arizona State University’s Sol supercomputer just achieved a milestone global ranking by the Top500 organization. This exciting capability for Sol is already making an impact. Recently, Quantum Collaborative worked with ASU Assistant Professor Houlong Zhuang to run computations on Sol and IBM Quantum’s computing resources to advance new discoveries in materials science and pioneer a new computational workflow.

With quantum science growing faster than ever, how do we prepare students for today’s workforce needs and address the skills deficit in quantum fields? To tackle this challenge, Quantum Collaborative advisor Lincoln Carr co-organized a workshop last year with nearly 500 quantum experts from across industries to collaborate on quantum education solutions.

It takes a diversity of people and organizations to shape the future of research technology. To help define and forge the next iteration of problem-solving quantum discoveries, Dell Technologies has joined the Quantum Collaborative. Dell will contribute to QC’s work to develop solutions in the quantum field by supporting the integration of quantum technologies with traditional computing.

The Quantum Collaborative now has access to the largest quantum processor to date – the IBM Quantum Osprey. This processor has over 400 qubits or “quantum bits,” which are units of information that can store multiple values at the same time – a property that promises a technological leap over classical processors.  The Osprey represents a milestone in quantum computing that is setting the stage for bigger developments and will enhance the Quantum Collaborative’s research efforts.

Advancing quantum technology is a collaborative effort. That’s why last week, our very own @Sean Dudley chatted with @HolgerMüller at the IBM Quantum Partner Forum about our work with @IBMQuantum.