Princeton University has been selected to lead one of eight major initiatives funded by the U.S. National Science Foundation (NSF) to accelerate the development of quantum computing. This initiative is part of a $290 million funding round aimed at overcoming critical challenges in the field, as reported by Princeton Engineering.
Quantum Leap Challenge Institute
The Princeton-led Quantum Leap Challenge Institute, named MARQUIS (Manufacturable and Resilient superconducting Quantum Information Systems), will focus on reinventing the core components of quantum processors. The institute will receive $27.9 million over five years to devise new techniques for fabricating hardware and to develop education and workforce training programs, according to Princeton Engineering.
Nathalie de Leon, a professor of electrical and computer engineering at Princeton and co-director of the Princeton Quantum Initiative, will direct the new institute. She emphasized the need to reinvent the basic elements of quantum computing to build systems at a scientifically useful scale, as the current materials technology has been in use for about 25 years, according to Princeton Engineering.
Collaborative Efforts and Goals
The research team will harness expertise from materials science, quantum devices, and semiconductor processing, spanning two dozen laboratories across nine research institutions, including Cornell University, MIT, and Stanford University, as reported by Princeton Engineering. Valla Fatemi, a physicist at Cornell University, will serve as the institute's deputy director.
The MARQUIS team aims to develop methods to validate and compare the performance of various designs and test them in mid-scale quantum processors. This step is crucial for standardizing research efforts and allowing experts from other fields to contribute meaningfully to the core challenge, according to Princeton Engineering.
Significance for Women in Tech Leadership
This initiative highlights the leadership of women in tech, with Nathalie de Leon playing a pivotal role in directing the institute. Her leadership exemplifies the growing influence of women in shaping the future of quantum computing and engineering.
Strategic Implications
The establishment of the MARQUIS institute represents a significant step forward in the U.S.'s efforts to maintain leadership in quantum science and engineering. By addressing the bottleneck in manufacturing core components for quantum processors, the initiative could pave the way for more scalable and practical quantum computing solutions.