In a move that underscores the Bay Area's burgeoning status in quantum technology, the Oak Ridge National Laboratory (ORNL) is at the helm of groundbreaking collaborations in the quantum realm. One significant venture is the Quantum Computing User Program (QCUP), a platform that merges the intellectual horsepower of national labs, academic institutions, and the private sector to unlock quantum computing's potential. Travis Humble, a distinguished scientist at ORNL, leads the QCUP and directs the program's resources to over 100 science projects crucial to the Department of Energy's mission. According to ORNL's latest briefing, this partnership taps into nearly 20 quantum computers.
Researchers benefiting from QCUP are given access to the primary quantum building blocks – superconducting circuits and trapped ion qubits. These tools enable them to conduct cross-disciplinary research ranging from nuclear physics to machine learning and evaluate the integration between quantum computing and conventional supercomputing. Sharing his perspective on the program's diversity, Humble said, "The list spans the gamut of the DOE scientific mission, and that's intentional. We think materials is a top priority application, but there are many other places where quantum can be impactful. And so we’re encouraging people to work across all of them." These words, as relayed by ORNL, highlight the inclusive and broad approach the QCUP takes to scientific inquiry.
Furthermore, Humble heads the Quantum Science Center (QSC), one of five such centers established by the Department of Energy under the National Quantum Initiative. The QSC adopts a more expansive view on quantum advancements, grappling with issues from quantum materials and sensors to computation and algorithms. The center is actively working towards harnessing quantum computers to complement and possibly exceed the capabilities of traditional supercomputers in solving complex problems. "The goal, of the center," Humble told ORNL's news outlet, "is to show how we can get very quickly to a point where quantum computers, the hybrid version, are making an impact on science and ultimately things like national security and economic competitiveness."
UT-Battelle manages ORNL for the Department of Energy's Office of Science, the leading supporter of physical sciences research in the U.S. This office works to tackle some of the most challenging issues our society faces today. Humble emphasizes the necessity of quantum computing adoption for its long-term viability. "There have been many technologies that are remarkable that we don’t use, just because people couldn’t figure out how to use them," Humble remarked, echoing a sentiment shared by ORNL. He clarifies that for quantum computing's promises not to go unfulfilled, it is critical that it demonstrates both economic efficiency and simplicity in integration with existing technologies.
