Two papers from Oak Ridge National Laboratory (ORNL) researchers have been recognized for their contributions to the field of quantum computing. As reported by ORNL News, they made it onto the eminent “Editor’s Choice” list of Future Generation Computer Systems. This acknowledgment comes after their efforts to blend the rapidly emerging realm of quantum computing (QC) with the established power of high-performance computing (HPC).
In the works that spearheaded these accolades, Tom Beck, responsible for science engagement at ORNL's National Center for Computational Sciences, has been at the forefront of integrating QC to augment classical HPC systems. According to ORNL News, Beck and his team have crafted a framework that is indifferent to the hardware it runs on, a move that anticipates a significant boost in efficiency for complex scientific workflows. "The paper has also stimulated several potential collaborations with quantum efforts in the U.S. and internationally as we tackle the challenges of producing utility scale quantum computers," Beck stated, acknowledging the international interest sparked by this recognition.
Fellow researcher Daniel Claudino also gained the spotlight with a framework designed for quantum computers to collaborate akin to nodes within an HPC network. Claudino elucidated that their model permits users to seamlessly operate quantum systems without assigning singular tasks to each, likening the framework to an HPC node within a broader cluster. "It's a nice recognition because it's such a prestigious journal," Claudino told ORNL News, underscoring the significance of the journal's readership and their understanding of large-scale computing.
With a history steeped in supercomputing and quantum innovation, ORNL continues to solidify its status as a forerunner in the field. The Quantum Science Center boasts a robust team of over 200 staff and students and has achieved 166 publications between 2020 and 2022. Additionally, the lab is the birthplace of the world's fastest supercomputer, Frontier, and manages the Quantum Computing User Program through the Oak Ridge Leadership Computing Facility. This program extends a helping hand to quantum research by offering access to privately owned quantum processors throughout the United States, as per ORNL News.
